id sid tid token lemma pos work_6fsgua7v2bf3bhu2cimvomab7m 1 1 Document document NN work_6fsgua7v2bf3bhu2cimvomab7m 1 2 downloaded download VBN work_6fsgua7v2bf3bhu2cimvomab7m 1 3 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 1 4 : : : work_6fsgua7v2bf3bhu2cimvomab7m 1 5 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 1 6 paper paper NN work_6fsgua7v2bf3bhu2cimvomab7m 1 7 must must MD work_6fsgua7v2bf3bhu2cimvomab7m 1 8 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 1 9 cited cite VBN work_6fsgua7v2bf3bhu2cimvomab7m 1 10 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 1 11 : : : work_6fsgua7v2bf3bhu2cimvomab7m 1 12 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 1 13 final final JJ work_6fsgua7v2bf3bhu2cimvomab7m 1 14 publication publication NN work_6fsgua7v2bf3bhu2cimvomab7m 1 15 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 1 16 available available JJ work_6fsgua7v2bf3bhu2cimvomab7m 1 17 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 1 18 Copyright copyright NN work_6fsgua7v2bf3bhu2cimvomab7m 1 19 http://dx.doi.org/10.1016/j.eswa.2012.01.111 http://dx.doi.org/10.1016/j.eswa.2012.01.111 VBD work_6fsgua7v2bf3bhu2cimvomab7m 1 20 http://hdl.handle.net/10251/50835 http://hdl.handle.net/10251/50835 NN work_6fsgua7v2bf3bhu2cimvomab7m 1 21 Elsevier elsevi JJR work_6fsgua7v2bf3bhu2cimvomab7m 1 22 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 23 Meza Meza NNPS work_6fsgua7v2bf3bhu2cimvomab7m 1 24 , , , work_6fsgua7v2bf3bhu2cimvomab7m 1 25 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 26 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 1 27 Sanchís Sanchís NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 28 Saez Saez NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 1 30 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 31 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 1 32 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 33 Ferragud Ferragud NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 34 , , , work_6fsgua7v2bf3bhu2cimvomab7m 1 35 FX FX NNP work_6fsgua7v2bf3bhu2cimvomab7m 1 36 . . . work_6fsgua7v2bf3bhu2cimvomab7m 2 1 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 2 2 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 2 3 Durá Durá NNP work_6fsgua7v2bf3bhu2cimvomab7m 2 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 2 5 JM JM NNP work_6fsgua7v2bf3bhu2cimvomab7m 2 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 3 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 3 2 2012 2012 CD work_6fsgua7v2bf3bhu2cimvomab7m 3 3 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 3 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 4 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 4 2 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 4 3 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 4 4 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 4 5 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 4 6 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 4 7 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 4 8 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 4 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 5 1 Expert expert NN work_6fsgua7v2bf3bhu2cimvomab7m 5 2 Systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 5 3 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 5 4 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 5 5 . . . work_6fsgua7v2bf3bhu2cimvomab7m 6 1 39(9):7895 39(9):7895 NNP work_6fsgua7v2bf3bhu2cimvomab7m 6 2 - - SYM work_6fsgua7v2bf3bhu2cimvomab7m 6 3 7907 7907 CD work_6fsgua7v2bf3bhu2cimvomab7m 6 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 6 5 doi:10.1016 doi:10.1016 JJ work_6fsgua7v2bf3bhu2cimvomab7m 6 6 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 6 7 j.eswa.2012.01.111 j.eswa.2012.01.111 NNP work_6fsgua7v2bf3bhu2cimvomab7m 6 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 6 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 7 1 Multiobjective Multiobjective NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 2 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 3 Algorithms Algorithms NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 4 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 7 5 Multivariable Multivariable NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 6 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 7 Controller Controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 8 Design Design NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 9 Gilberto Gilberto NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 10 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 7 12 Meza∗ Meza∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 7 14 Javier Javier NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 15 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 7 17 Xavier Xavier NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 18 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 7 20 Juan Juan NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 21 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 22 Grupo Grupo NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 23 de de IN work_6fsgua7v2bf3bhu2cimvomab7m 7 24 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 25 Predictivo Predictivo NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 26 y y NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 27 Optimización optimización NN work_6fsgua7v2bf3bhu2cimvomab7m 7 28 Heuŕıstica heuŕıstica ADD work_6fsgua7v2bf3bhu2cimvomab7m 7 29 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 7 30 CPOH CPOH NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 31 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 7 32 Instituto Instituto NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 33 Universitario Universitario NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 34 de de NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 35 Automática Automática NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 36 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 37 Informática Informática NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 38 Industrial Industrial NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 39 Universitat Universitat NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 40 Politècnica Politècnica NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 41 de de NN work_6fsgua7v2bf3bhu2cimvomab7m 7 42 València València NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 43 Camino Camino NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 44 de de NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 45 Vera Vera NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 46 14 14 CD work_6fsgua7v2bf3bhu2cimvomab7m 7 47 , , , work_6fsgua7v2bf3bhu2cimvomab7m 7 48 46022 46022 CD work_6fsgua7v2bf3bhu2cimvomab7m 7 49 - - : work_6fsgua7v2bf3bhu2cimvomab7m 7 50 Valencia Valencia NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 51 , , , work_6fsgua7v2bf3bhu2cimvomab7m 7 52 Spain Spain NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 53 http://ctl-predictivo.upv.es http://ctl-predictivo.upv.es NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 54 Abstract Abstract NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 55 A A NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 56 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 7 57 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 7 58 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 7 59 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 7 60 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 7 61 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 7 62 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 7 63 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 7 64 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 7 65 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 7 66 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 7 67 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 7 68 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 7 69 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 7 70 processes process NNS work_6fsgua7v2bf3bhu2cimvomab7m 7 71 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 7 72 presented present VBN work_6fsgua7v2bf3bhu2cimvomab7m 7 73 . . . work_6fsgua7v2bf3bhu2cimvomab7m 8 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 8 2 MOED MOED NNP work_6fsgua7v2bf3bhu2cimvomab7m 8 3 pro- pro- NN work_6fsgua7v2bf3bhu2cimvomab7m 8 4 cedure cedure NN work_6fsgua7v2bf3bhu2cimvomab7m 8 5 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 8 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 8 7 natural natural JJ work_6fsgua7v2bf3bhu2cimvomab7m 8 8 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 8 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 8 10 facing face VBG work_6fsgua7v2bf3bhu2cimvomab7m 8 11 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 8 12 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 8 13 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 8 14 several several JJ work_6fsgua7v2bf3bhu2cimvomab7m 8 15 requirements requirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 8 16 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 8 17 specifications specification NNS work_6fsgua7v2bf3bhu2cimvomab7m 8 18 need need VBP work_6fsgua7v2bf3bhu2cimvomab7m 8 19 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 8 20 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 8 21 fulfilled fulfil VBN work_6fsgua7v2bf3bhu2cimvomab7m 8 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 9 1 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 9 2 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 9 3 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 9 4 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 9 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 9 6 differential differential NN work_6fsgua7v2bf3bhu2cimvomab7m 9 7 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 9 8 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 9 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 9 10 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 9 11 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 9 12 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 9 13 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 9 14 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 9 15 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 9 16 purpose purpose NN work_6fsgua7v2bf3bhu2cimvomab7m 9 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 10 1 To to TO work_6fsgua7v2bf3bhu2cimvomab7m 10 2 evaluate evaluate VB work_6fsgua7v2bf3bhu2cimvomab7m 10 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 10 4 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 10 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 10 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 10 7 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 10 8 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 10 9 benchmark benchmark NN work_6fsgua7v2bf3bhu2cimvomab7m 10 10 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 10 11 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 10 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 11 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 11 2 obtained obtain VBN work_6fsgua7v2bf3bhu2cimvomab7m 11 3 results result NNS work_6fsgua7v2bf3bhu2cimvomab7m 11 4 validate validate VBP work_6fsgua7v2bf3bhu2cimvomab7m 11 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 11 6 MOED MOED NNP work_6fsgua7v2bf3bhu2cimvomab7m 11 7 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 11 8 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 11 9 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 11 10 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 11 11 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 11 12 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 11 13 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 11 14 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 11 15 parametric parametric NNP work_6fsgua7v2bf3bhu2cimvomab7m 11 16 controller controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 11 17 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 11 18 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 11 19 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 11 20 processes process NNS work_6fsgua7v2bf3bhu2cimvomab7m 11 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 12 1 Keywords keyword NNS work_6fsgua7v2bf3bhu2cimvomab7m 12 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 12 3 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 12 4 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 12 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 12 6 controller controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 12 7 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 12 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 12 9 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 12 10 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 12 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 12 12 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 12 13 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 12 14 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 12 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 12 16 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 12 17 making making NN work_6fsgua7v2bf3bhu2cimvomab7m 12 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 13 1 1 1 LS work_6fsgua7v2bf3bhu2cimvomab7m 13 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 14 1 Introduction introduction NN work_6fsgua7v2bf3bhu2cimvomab7m 14 2 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 14 3 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 14 4 PID PID NNP work_6fsgua7v2bf3bhu2cimvomab7m 14 5 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 14 6 currently currently RB work_6fsgua7v2bf3bhu2cimvomab7m 14 7 represent represent VBP work_6fsgua7v2bf3bhu2cimvomab7m 14 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 14 9 reliable reliable JJ work_6fsgua7v2bf3bhu2cimvomab7m 14 10 digital digital JJ work_6fsgua7v2bf3bhu2cimvomab7m 14 11 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 14 12 solu- solu- XX work_6fsgua7v2bf3bhu2cimvomab7m 14 13 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 14 14 because because IN work_6fsgua7v2bf3bhu2cimvomab7m 14 15 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 14 16 their -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 14 17 simplicity simplicity NN work_6fsgua7v2bf3bhu2cimvomab7m 14 18 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 14 19 efficacy efficacy NN work_6fsgua7v2bf3bhu2cimvomab7m 14 20 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 14 21 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 14 22 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 14 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 15 1 They -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 15 2 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 15 3 often often RB work_6fsgua7v2bf3bhu2cimvomab7m 15 4 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 15 5 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 15 6 indus- indus- NN work_6fsgua7v2bf3bhu2cimvomab7m 15 7 trial trial NN work_6fsgua7v2bf3bhu2cimvomab7m 15 8 applications application NNS work_6fsgua7v2bf3bhu2cimvomab7m 15 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 15 10 there there EX work_6fsgua7v2bf3bhu2cimvomab7m 15 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 15 12 ongoing ongoing JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 13 research research NN work_6fsgua7v2bf3bhu2cimvomab7m 15 14 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 15 15 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 16 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 15 17 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 15 18 robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 19 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 15 20 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 15 21 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 22 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 15 23 input input NN work_6fsgua7v2bf3bhu2cimvomab7m 15 24 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 25 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 15 26 output output NN work_6fsgua7v2bf3bhu2cimvomab7m 15 27 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 15 28 SISO SISO NNP work_6fsgua7v2bf3bhu2cimvomab7m 15 29 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 15 30 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 15 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 15 32 as as RB work_6fsgua7v2bf3bhu2cimvomab7m 15 33 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 15 34 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 15 35 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 36 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 15 37 input input NN work_6fsgua7v2bf3bhu2cimvomab7m 15 38 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 15 39 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 15 40 output output NN work_6fsgua7v2bf3bhu2cimvomab7m 15 41 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 15 42 MIMO mimo RB work_6fsgua7v2bf3bhu2cimvomab7m 15 43 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 15 44 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 15 45 . . . work_6fsgua7v2bf3bhu2cimvomab7m 16 1 MIMO mimo RB work_6fsgua7v2bf3bhu2cimvomab7m 16 2 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 16 3 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 16 4 very very RB work_6fsgua7v2bf3bhu2cimvomab7m 16 5 common common JJ work_6fsgua7v2bf3bhu2cimvomab7m 16 6 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 16 7 in- in- JJ work_6fsgua7v2bf3bhu2cimvomab7m 16 8 ∗Corresponding ∗corresponding NN work_6fsgua7v2bf3bhu2cimvomab7m 16 9 author author NN work_6fsgua7v2bf3bhu2cimvomab7m 16 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 17 1 Tel tel NN work_6fsgua7v2bf3bhu2cimvomab7m 17 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 18 1 : : : work_6fsgua7v2bf3bhu2cimvomab7m 18 2 +34963877007;fax:+34963879579 +34963877007;fax:+34963879579 NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 3 Email email NN work_6fsgua7v2bf3bhu2cimvomab7m 18 4 address address NN work_6fsgua7v2bf3bhu2cimvomab7m 18 5 : : : work_6fsgua7v2bf3bhu2cimvomab7m 18 6 gilreyme@posgrado.upv.es gilreyme@posgrado.upv.es NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 7 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 18 8 Gilberto Gilberto NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 9 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 10 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 18 11 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 12 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 18 13 URL url NN work_6fsgua7v2bf3bhu2cimvomab7m 18 14 : : : work_6fsgua7v2bf3bhu2cimvomab7m 18 15 http://ctl-predictivo.upv.es/ http://ctl-predictivo.upv.es/ NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 16 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 18 17 Gilberto Gilberto NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 18 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 18 20 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 21 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 18 22 Preprint Preprint NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 23 submitted submit VBD work_6fsgua7v2bf3bhu2cimvomab7m 18 24 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 18 25 Expert Expert NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 26 Systems Systems NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 27 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 18 28 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 18 29 April April NNP work_6fsgua7v2bf3bhu2cimvomab7m 18 30 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 18 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 18 32 2011 2011 CD work_6fsgua7v2bf3bhu2cimvomab7m 18 33 dustrial dustrial JJ work_6fsgua7v2bf3bhu2cimvomab7m 18 34 processes process NNS work_6fsgua7v2bf3bhu2cimvomab7m 18 35 , , , work_6fsgua7v2bf3bhu2cimvomab7m 18 36 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 18 37 their -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 18 38 complexity complexity NN work_6fsgua7v2bf3bhu2cimvomab7m 18 39 relies rely VBZ work_6fsgua7v2bf3bhu2cimvomab7m 18 40 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 18 41 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 18 42 dynamic dynamic JJ work_6fsgua7v2bf3bhu2cimvomab7m 18 43 interaction interaction NN work_6fsgua7v2bf3bhu2cimvomab7m 18 44 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 18 45 inputs input NNS work_6fsgua7v2bf3bhu2cimvomab7m 18 46 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 18 47 outputs output NNS work_6fsgua7v2bf3bhu2cimvomab7m 18 48 . . . work_6fsgua7v2bf3bhu2cimvomab7m 19 1 New New NNP work_6fsgua7v2bf3bhu2cimvomab7m 19 2 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 19 3 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 19 4 PID pid NN work_6fsgua7v2bf3bhu2cimvomab7m 19 5 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 19 6 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 19 7 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 19 8 mainly mainly RB work_6fsgua7v2bf3bhu2cimvomab7m 19 9 search search VB work_6fsgua7v2bf3bhu2cimvomab7m 19 10 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 19 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 19 12 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 19 13 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 19 14 off off RP work_6fsgua7v2bf3bhu2cimvomab7m 19 15 so- so- JJ work_6fsgua7v2bf3bhu2cimvomab7m 19 16 lution lution NN work_6fsgua7v2bf3bhu2cimvomab7m 19 17 among among IN work_6fsgua7v2bf3bhu2cimvomab7m 19 18 several several JJ work_6fsgua7v2bf3bhu2cimvomab7m 19 19 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 19 20 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 19 21 operational operational JJ work_6fsgua7v2bf3bhu2cimvomab7m 19 22 requirements requirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 19 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 20 1 Some some DT work_6fsgua7v2bf3bhu2cimvomab7m 20 2 approaches approach NNS work_6fsgua7v2bf3bhu2cimvomab7m 20 3 state state VBP work_6fsgua7v2bf3bhu2cimvomab7m 20 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 20 5 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 20 6 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 20 7 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 20 8 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 20 9 analytical analytical JJ work_6fsgua7v2bf3bhu2cimvomab7m 20 10 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 20 11 numerical numerical JJ work_6fsgua7v2bf3bhu2cimvomab7m 20 12 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 20 13 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 20 14 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 20 15 14 14 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 17 51 51 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 19 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 21 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 23 36 36 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 24 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 20 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 26 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 20 27 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 20 28 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 20 29 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 20 30 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 20 31 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 20 32 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 20 33 24 24 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 34 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 35 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 36 , , , work_6fsgua7v2bf3bhu2cimvomab7m 20 37 23 23 CD work_6fsgua7v2bf3bhu2cimvomab7m 20 38 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 20 39 . . . work_6fsgua7v2bf3bhu2cimvomab7m 21 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 21 2 both both DT work_6fsgua7v2bf3bhu2cimvomab7m 21 3 cases case NNS work_6fsgua7v2bf3bhu2cimvomab7m 21 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 21 5 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 21 6 variety variety NN work_6fsgua7v2bf3bhu2cimvomab7m 21 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 21 8 specifications specification NNS work_6fsgua7v2bf3bhu2cimvomab7m 21 9 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 21 10 several several JJ work_6fsgua7v2bf3bhu2cimvomab7m 21 11 requirements requirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 21 12 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 21 13 spec- spec- NN work_6fsgua7v2bf3bhu2cimvomab7m 21 14 ifications ification NNS work_6fsgua7v2bf3bhu2cimvomab7m 21 15 must must MD work_6fsgua7v2bf3bhu2cimvomab7m 21 16 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 21 17 faced face VBN work_6fsgua7v2bf3bhu2cimvomab7m 21 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 22 1 Such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 22 2 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 22 3 involving involve VBG work_6fsgua7v2bf3bhu2cimvomab7m 22 4 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 22 5 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 22 6 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 22 7 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 22 8 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 22 9 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 22 10 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 22 11 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 22 12 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 22 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 22 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 23 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 23 2 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 23 3 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 23 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 23 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 23 6 designer designer NN work_6fsgua7v2bf3bhu2cimvomab7m 23 7 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 23 8 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 23 9 engineer engineer NN work_6fsgua7v2bf3bhu2cimvomab7m 23 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 23 11 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 23 12 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 23 13 deal deal VB work_6fsgua7v2bf3bhu2cimvomab7m 23 14 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 23 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 23 16 list list NN work_6fsgua7v2bf3bhu2cimvomab7m 23 17 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 23 18 re- re- JJ work_6fsgua7v2bf3bhu2cimvomab7m 23 19 quirements quirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 23 20 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 23 21 searches search NNS work_6fsgua7v2bf3bhu2cimvomab7m 23 22 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 23 23 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 23 24 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 23 25 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 23 26 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 23 27 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 23 28 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 23 29 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 23 30 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 23 31 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 23 32 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 23 33 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 23 34 among among IN work_6fsgua7v2bf3bhu2cimvomab7m 23 35 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 23 36 . . . work_6fsgua7v2bf3bhu2cimvomab7m 24 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 24 2 traditional traditional JJ work_6fsgua7v2bf3bhu2cimvomab7m 24 3 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 24 4 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 24 5 handle handle VB work_6fsgua7v2bf3bhu2cimvomab7m 24 6 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 24 7 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 24 8 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 24 9 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 24 10 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 24 11 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 24 12 translate translate VB work_6fsgua7v2bf3bhu2cimvomab7m 24 13 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 24 14 into into IN work_6fsgua7v2bf3bhu2cimvomab7m 24 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 24 16 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 24 17 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 24 18 objective objective NN work_6fsgua7v2bf3bhu2cimvomab7m 24 19 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 24 20 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 24 21 weighting weighting NN work_6fsgua7v2bf3bhu2cimvomab7m 24 22 factors factor NNS work_6fsgua7v2bf3bhu2cimvomab7m 24 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 25 1 More more RBR work_6fsgua7v2bf3bhu2cimvomab7m 25 2 elaborate elaborate JJ work_6fsgua7v2bf3bhu2cimvomab7m 25 3 methods method NNS work_6fsgua7v2bf3bhu2cimvomab7m 25 4 have have VBP work_6fsgua7v2bf3bhu2cimvomab7m 25 5 been be VBN work_6fsgua7v2bf3bhu2cimvomab7m 25 6 developed develop VBN work_6fsgua7v2bf3bhu2cimvomab7m 25 7 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 25 8 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 25 9 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 25 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 25 11 such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 25 12 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 25 13 goal goal NN work_6fsgua7v2bf3bhu2cimvomab7m 25 14 programming programming NN work_6fsgua7v2bf3bhu2cimvomab7m 25 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 25 16 lex- lex- CC work_6fsgua7v2bf3bhu2cimvomab7m 25 17 icographic icographic JJ work_6fsgua7v2bf3bhu2cimvomab7m 25 18 methods method NNS work_6fsgua7v2bf3bhu2cimvomab7m 25 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 25 20 physical physical JJ work_6fsgua7v2bf3bhu2cimvomab7m 25 21 programming programming NN work_6fsgua7v2bf3bhu2cimvomab7m 25 22 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 25 23 55 55 CD work_6fsgua7v2bf3bhu2cimvomab7m 25 24 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 25 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 25 26 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 25 27 recently recently RB work_6fsgua7v2bf3bhu2cimvomab7m 25 28 , , , work_6fsgua7v2bf3bhu2cimvomab7m 25 29 global global JJ work_6fsgua7v2bf3bhu2cimvomab7m 25 30 physical physical JJ work_6fsgua7v2bf3bhu2cimvomab7m 25 31 programming programming NN work_6fsgua7v2bf3bhu2cimvomab7m 25 32 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 25 33 33 33 CD work_6fsgua7v2bf3bhu2cimvomab7m 25 34 , , , work_6fsgua7v2bf3bhu2cimvomab7m 25 35 45 45 CD work_6fsgua7v2bf3bhu2cimvomab7m 25 36 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 25 37 . . . work_6fsgua7v2bf3bhu2cimvomab7m 26 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 26 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 26 3 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 26 4 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 26 5 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 26 6 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 26 7 handle handle VB work_6fsgua7v2bf3bhu2cimvomab7m 26 8 these these DT work_6fsgua7v2bf3bhu2cimvomab7m 26 9 issues issue NNS work_6fsgua7v2bf3bhu2cimvomab7m 26 10 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 26 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 26 12 simpler simple JJR work_6fsgua7v2bf3bhu2cimvomab7m 26 13 manner manner NN work_6fsgua7v2bf3bhu2cimvomab7m 26 14 because because IN work_6fsgua7v2bf3bhu2cimvomab7m 26 15 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 26 16 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 26 17 simultaneous simultaneous JJ work_6fsgua7v2bf3bhu2cimvomab7m 26 18 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 26 19 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 26 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 27 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 27 2 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 27 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 27 4 all all DT work_6fsgua7v2bf3bhu2cimvomab7m 27 5 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 27 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 27 7 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 27 8 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 27 9 constraints constraint NNS work_6fsgua7v2bf3bhu2cimvomab7m 27 10 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 27 11 significant significant JJ work_6fsgua7v2bf3bhu2cimvomab7m 27 12 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 27 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 27 14 designer designer NN work_6fsgua7v2bf3bhu2cimvomab7m 27 15 ’s ’s POS work_6fsgua7v2bf3bhu2cimvomab7m 27 16 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 27 17 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 27 18 view view NN work_6fsgua7v2bf3bhu2cimvomab7m 27 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 28 1 Consequently consequently RB work_6fsgua7v2bf3bhu2cimvomab7m 28 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 28 3 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 28 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 28 5 optimised optimise VBN work_6fsgua7v2bf3bhu2cimvomab7m 28 6 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 28 7 obtain obtain VB work_6fsgua7v2bf3bhu2cimvomab7m 28 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 28 9 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 28 10 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 28 11 optimal optimal JJ work_6fsgua7v2bf3bhu2cimvomab7m 28 12 non- non- NN work_6fsgua7v2bf3bhu2cimvomab7m 28 13 dominated dominate VBD work_6fsgua7v2bf3bhu2cimvomab7m 28 14 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 28 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 29 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 29 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 29 3 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 29 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 29 5 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 29 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 29 7 no no DT work_6fsgua7v2bf3bhu2cimvomab7m 29 8 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 29 9 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 29 10 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 29 11 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 29 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 29 13 others other NNS work_6fsgua7v2bf3bhu2cimvomab7m 29 14 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 29 15 every every DT work_6fsgua7v2bf3bhu2cimvomab7m 29 16 objective objective NN work_6fsgua7v2bf3bhu2cimvomab7m 29 17 - - : work_6fsgua7v2bf3bhu2cimvomab7m 29 18 but but CC work_6fsgua7v2bf3bhu2cimvomab7m 29 19 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 29 20 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 29 21 offers offer VBZ work_6fsgua7v2bf3bhu2cimvomab7m 29 22 different different JJ work_6fsgua7v2bf3bhu2cimvomab7m 29 23 balances balance NNS work_6fsgua7v2bf3bhu2cimvomab7m 29 24 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 29 25 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 29 26 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 29 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 30 1 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 30 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 30 3 result result NN work_6fsgua7v2bf3bhu2cimvomab7m 30 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 30 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 30 6 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 30 7 maker maker NN work_6fsgua7v2bf3bhu2cimvomab7m 30 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 30 9 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 30 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 30 11 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 30 12 obtain obtain VB work_6fsgua7v2bf3bhu2cimvomab7m 30 13 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 30 14 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 30 15 insight insight NN work_6fsgua7v2bf3bhu2cimvomab7m 30 16 into into IN work_6fsgua7v2bf3bhu2cimvomab7m 30 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 30 18 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 30 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 30 20 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 30 21 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 30 22 different different JJ work_6fsgua7v2bf3bhu2cimvomab7m 30 23 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 30 24 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 30 25 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 30 26 analyse analyse VB work_6fsgua7v2bf3bhu2cimvomab7m 30 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 30 28 tendencies tendency NNS work_6fsgua7v2bf3bhu2cimvomab7m 30 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 31 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 31 2 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 31 3 produces produce VBZ work_6fsgua7v2bf3bhu2cimvomab7m 31 4 more more JJR work_6fsgua7v2bf3bhu2cimvomab7m 31 5 information information NN work_6fsgua7v2bf3bhu2cimvomab7m 31 6 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 31 7 selecting select VBG work_6fsgua7v2bf3bhu2cimvomab7m 31 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 31 9 most most RBS work_6fsgua7v2bf3bhu2cimvomab7m 31 10 preferable preferable JJ work_6fsgua7v2bf3bhu2cimvomab7m 31 11 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 31 12 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 31 13 meets meet VBZ work_6fsgua7v2bf3bhu2cimvomab7m 31 14 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 31 15 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 31 16 ’s ’s POS work_6fsgua7v2bf3bhu2cimvomab7m 31 17 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 31 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 32 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 32 2 difficulty difficulty NN work_6fsgua7v2bf3bhu2cimvomab7m 32 3 involved involve VBN work_6fsgua7v2bf3bhu2cimvomab7m 32 4 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 32 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 32 6 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 32 7 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 32 8 PID pid NN work_6fsgua7v2bf3bhu2cimvomab7m 32 9 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 32 10 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 32 11 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 32 12 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 32 13 optimisa- optimisa- NNP work_6fsgua7v2bf3bhu2cimvomab7m 32 14 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 32 15 increases increase NNS work_6fsgua7v2bf3bhu2cimvomab7m 32 16 when when WRB work_6fsgua7v2bf3bhu2cimvomab7m 32 17 : : : work_6fsgua7v2bf3bhu2cimvomab7m 32 18 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 32 19 MIMO mimo RB work_6fsgua7v2bf3bhu2cimvomab7m 32 20 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 32 21 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 32 22 considered consider VBN work_6fsgua7v2bf3bhu2cimvomab7m 32 23 instead instead RB work_6fsgua7v2bf3bhu2cimvomab7m 32 24 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 32 25 SISO SISO NNP work_6fsgua7v2bf3bhu2cimvomab7m 32 26 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 32 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 33 1 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 33 2 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 33 3 number number NN work_6fsgua7v2bf3bhu2cimvomab7m 33 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 33 5 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 33 6 requirements requirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 33 7 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 33 8 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 33 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 33 10 increases increase NNS work_6fsgua7v2bf3bhu2cimvomab7m 33 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 34 1 • • NNP work_6fsgua7v2bf3bhu2cimvomab7m 34 2 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 34 3 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 34 4 required require VBN work_6fsgua7v2bf3bhu2cimvomab7m 34 5 instead instead RB work_6fsgua7v2bf3bhu2cimvomab7m 34 6 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 34 7 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 34 8 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 34 9 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 34 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 35 1 • • NN work_6fsgua7v2bf3bhu2cimvomab7m 35 2 Constrained constrain VBN work_6fsgua7v2bf3bhu2cimvomab7m 35 3 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 35 4 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 35 5 treated treat VBN work_6fsgua7v2bf3bhu2cimvomab7m 35 6 instead instead RB work_6fsgua7v2bf3bhu2cimvomab7m 35 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 35 8 unconstrained unconstrained JJ work_6fsgua7v2bf3bhu2cimvomab7m 35 9 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 35 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 36 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 36 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 36 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 36 4 therefore therefore RB work_6fsgua7v2bf3bhu2cimvomab7m 36 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 36 6 worthwhile worthwhile JJ work_6fsgua7v2bf3bhu2cimvomab7m 36 7 searching search VBG work_6fsgua7v2bf3bhu2cimvomab7m 36 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 36 9 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 36 10 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 36 11 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 36 12 strategies strategy NNS work_6fsgua7v2bf3bhu2cimvomab7m 36 13 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 36 14 tackle tackle VB work_6fsgua7v2bf3bhu2cimvomab7m 36 15 constrained constrain VBN work_6fsgua7v2bf3bhu2cimvomab7m 36 16 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 36 17 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 36 18 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 36 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 36 20 PID PID NNP work_6fsgua7v2bf3bhu2cimvomab7m 36 21 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 36 22 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 36 23 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 36 24 processes process NNS work_6fsgua7v2bf3bhu2cimvomab7m 36 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 37 1 2 2 LS work_6fsgua7v2bf3bhu2cimvomab7m 37 2 Therefore therefore RB work_6fsgua7v2bf3bhu2cimvomab7m 37 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 37 4 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 37 5 paper paper NN work_6fsgua7v2bf3bhu2cimvomab7m 37 6 proposes propose VBZ work_6fsgua7v2bf3bhu2cimvomab7m 37 7 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 37 8 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 37 9 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 37 10 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 37 11 constrained constrain VBN work_6fsgua7v2bf3bhu2cimvomab7m 37 12 MIMO MIMO NNP work_6fsgua7v2bf3bhu2cimvomab7m 37 13 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 37 14 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 37 15 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 37 16 demonstrates demonstrate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 37 17 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 37 18 viability viability NN work_6fsgua7v2bf3bhu2cimvomab7m 37 19 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 37 20 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 37 21 easy easy JJ work_6fsgua7v2bf3bhu2cimvomab7m 37 22 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 37 23 intuitive intuitive JJ work_6fsgua7v2bf3bhu2cimvomab7m 37 24 way way NN work_6fsgua7v2bf3bhu2cimvomab7m 37 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 38 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 38 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 38 3 fulfilled fulfil VBN work_6fsgua7v2bf3bhu2cimvomab7m 38 4 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 38 5 defining define VBG work_6fsgua7v2bf3bhu2cimvomab7m 38 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 38 7 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 38 8 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 38 9 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 38 10 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 38 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 38 12 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 38 13 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 38 14 indexes index NNS work_6fsgua7v2bf3bhu2cimvomab7m 38 15 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 38 16 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 38 17 graphical graphical JJ work_6fsgua7v2bf3bhu2cimvomab7m 38 18 visualisation visualisation NN work_6fsgua7v2bf3bhu2cimvomab7m 38 19 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 38 20 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 38 21 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 38 22 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 38 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 39 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 39 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 39 3 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 39 4 very very RB work_6fsgua7v2bf3bhu2cimvomab7m 39 5 im- im- JJ work_6fsgua7v2bf3bhu2cimvomab7m 39 6 portant portant JJ work_6fsgua7v2bf3bhu2cimvomab7m 39 7 issue issue NN work_6fsgua7v2bf3bhu2cimvomab7m 39 8 since since IN work_6fsgua7v2bf3bhu2cimvomab7m 39 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 39 10 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 39 11 requires require VBZ work_6fsgua7v2bf3bhu2cimvomab7m 39 12 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 39 13 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 39 14 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 39 15 interpretable interpretable JJ work_6fsgua7v2bf3bhu2cimvomab7m 39 16 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 39 17 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 39 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 39 19 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 39 20 making make VBG work_6fsgua7v2bf3bhu2cimvomab7m 39 21 stage stage NN work_6fsgua7v2bf3bhu2cimvomab7m 39 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 40 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 40 2 remainder remainder NN work_6fsgua7v2bf3bhu2cimvomab7m 40 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 40 4 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 40 5 paper paper NN work_6fsgua7v2bf3bhu2cimvomab7m 40 6 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 40 7 organised organise VBN work_6fsgua7v2bf3bhu2cimvomab7m 40 8 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 40 9 follows follow VBZ work_6fsgua7v2bf3bhu2cimvomab7m 40 10 : : : work_6fsgua7v2bf3bhu2cimvomab7m 40 11 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 40 12 Section section NN work_6fsgua7v2bf3bhu2cimvomab7m 40 13 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 40 14 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 40 15 review review NN work_6fsgua7v2bf3bhu2cimvomab7m 40 16 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 40 17 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 40 18 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 40 19 presented present VBN work_6fsgua7v2bf3bhu2cimvomab7m 40 20 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 40 21 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 40 22 Section section NN work_6fsgua7v2bf3bhu2cimvomab7m 40 23 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 40 24 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 40 25 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 40 26 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 40 27 engineer- engineer- VBG work_6fsgua7v2bf3bhu2cimvomab7m 40 28 ing ing NNP work_6fsgua7v2bf3bhu2cimvomab7m 40 29 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 40 30 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 40 31 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 40 32 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 40 33 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 40 34 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 40 35 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 40 36 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 40 37 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 40 38 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 40 39 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 40 40 explained explain VBN work_6fsgua7v2bf3bhu2cimvomab7m 40 41 . . . work_6fsgua7v2bf3bhu2cimvomab7m 41 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 41 2 Section section NN work_6fsgua7v2bf3bhu2cimvomab7m 41 3 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 41 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 41 5 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 41 6 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 41 7 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 41 8 evaluated evaluate VBN work_6fsgua7v2bf3bhu2cimvomab7m 41 9 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 41 10 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 41 11 multivari- multivari- JJ work_6fsgua7v2bf3bhu2cimvomab7m 41 12 able able JJ work_6fsgua7v2bf3bhu2cimvomab7m 41 13 benchmark benchmark NN work_6fsgua7v2bf3bhu2cimvomab7m 41 14 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 41 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 42 1 Finally finally RB work_6fsgua7v2bf3bhu2cimvomab7m 42 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 42 3 some some DT work_6fsgua7v2bf3bhu2cimvomab7m 42 4 concluding conclude VBG work_6fsgua7v2bf3bhu2cimvomab7m 42 5 remarks remark NNS work_6fsgua7v2bf3bhu2cimvomab7m 42 6 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 42 7 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 42 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 43 1 2 2 LS work_6fsgua7v2bf3bhu2cimvomab7m 43 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 44 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 44 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 44 3 review review NN work_6fsgua7v2bf3bhu2cimvomab7m 44 4 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 44 5 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 44 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 44 7 without without IN work_6fsgua7v2bf3bhu2cimvomab7m 44 8 loss loss NN work_6fsgua7v2bf3bhu2cimvomab7m 44 9 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 44 10 generality,1 generality,1 NNS work_6fsgua7v2bf3bhu2cimvomab7m 44 11 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 44 12 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 44 13 stated state VBN work_6fsgua7v2bf3bhu2cimvomab7m 44 14 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 44 15 follows follow VBZ work_6fsgua7v2bf3bhu2cimvomab7m 44 16 : : : work_6fsgua7v2bf3bhu2cimvomab7m 44 17 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 44 18 θ∈ℜn θ∈ℜn SYM work_6fsgua7v2bf3bhu2cimvomab7m 44 19 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 44 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 44 21 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 44 22 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 44 23 J1(θ J1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 44 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 44 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 44 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 45 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 46 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 47 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 47 2 Jm(θ Jm(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 3 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 5 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 6 ℜ ℜ NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 7 m m NN work_6fsgua7v2bf3bhu2cimvomab7m 47 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 9 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 47 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 11 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 47 12 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 13 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 14 ℜn ℜn NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 15 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 47 16 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 47 17 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 47 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 47 19 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 47 20 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 47 21 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 47 22 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 24 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 47 25 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 47 26 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 47 27 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 47 28 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 29 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 47 30 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 47 31 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 47 32 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 47 33 . . . work_6fsgua7v2bf3bhu2cimvomab7m 48 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 48 2 unique unique JJ work_6fsgua7v2bf3bhu2cimvomab7m 48 3 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 48 4 does do VBZ work_6fsgua7v2bf3bhu2cimvomab7m 48 5 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 48 6 generally generally RB work_6fsgua7v2bf3bhu2cimvomab7m 48 7 exist exist VB work_6fsgua7v2bf3bhu2cimvomab7m 48 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 48 9 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 48 10 MOP mop NN work_6fsgua7v2bf3bhu2cimvomab7m 48 11 because because IN work_6fsgua7v2bf3bhu2cimvomab7m 48 12 no no DT work_6fsgua7v2bf3bhu2cimvomab7m 48 13 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 48 14 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 48 15 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 48 16 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 48 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 48 18 others other NNS work_6fsgua7v2bf3bhu2cimvomab7m 48 19 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 48 20 all all PDT work_6fsgua7v2bf3bhu2cimvomab7m 48 21 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 48 22 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 48 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 49 1 Let let VB work_6fsgua7v2bf3bhu2cimvomab7m 49 2 ΘP ΘP NNP work_6fsgua7v2bf3bhu2cimvomab7m 49 3 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 49 4 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 49 5 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 49 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 49 7 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 49 8 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 49 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 49 10 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 49 11 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 49 12 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 49 13 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 49 14 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 49 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 49 16 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 49 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 49 18 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 49 19 JP JP NNP work_6fsgua7v2bf3bhu2cimvomab7m 49 20 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 49 21 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 49 22 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 49 23 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 49 24 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 49 25 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 49 26 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 49 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 49 28 projection projection NN work_6fsgua7v2bf3bhu2cimvomab7m 49 29 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 49 30 ΘP ΘP NNP work_6fsgua7v2bf3bhu2cimvomab7m 49 31 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 49 32 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 49 33 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 49 34 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 49 35 . . . work_6fsgua7v2bf3bhu2cimvomab7m 50 1 Each each DT work_6fsgua7v2bf3bhu2cimvomab7m 50 2 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 50 3 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 50 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 50 5 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 50 6 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 50 7 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 50 8 said say VBN work_6fsgua7v2bf3bhu2cimvomab7m 50 9 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 50 10 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 50 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 50 12 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 50 13 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 50 14 dominated dominated JJ work_6fsgua7v2bf3bhu2cimvomab7m 50 15 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 50 16 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 50 17 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 50 18 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 50 19 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 50 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 50 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 51 1 Definition definition NN work_6fsgua7v2bf3bhu2cimvomab7m 51 2 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 51 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 52 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 52 2 Dominance dominance IN work_6fsgua7v2bf3bhu2cimvomab7m 52 3 relation relation NN work_6fsgua7v2bf3bhu2cimvomab7m 52 4 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 52 5 : : : work_6fsgua7v2bf3bhu2cimvomab7m 52 6 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 52 7 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 52 8 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 52 9 θ1 θ1 NN work_6fsgua7v2bf3bhu2cimvomab7m 52 10 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 52 11 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 52 12 vec- vec- NN work_6fsgua7v2bf3bhu2cimvomab7m 52 13 tor tor NN work_6fsgua7v2bf3bhu2cimvomab7m 52 14 J(θ1 J(θ1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 52 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 52 16 dominates dominate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 52 17 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 52 18 second second JJ work_6fsgua7v2bf3bhu2cimvomab7m 52 19 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 52 20 θ2 θ2 NN work_6fsgua7v2bf3bhu2cimvomab7m 52 21 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 52 22 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 52 23 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 52 24 J(θ2 J(θ2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 52 25 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 52 26 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 52 27 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 52 28 only only RB work_6fsgua7v2bf3bhu2cimvomab7m 52 29 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 52 30 : : : work_6fsgua7v2bf3bhu2cimvomab7m 52 31 { { -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 52 32 ∀i ∀i VB work_6fsgua7v2bf3bhu2cimvomab7m 52 33 ∈ ∈ JJ work_6fsgua7v2bf3bhu2cimvomab7m 52 34 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 52 35 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 52 36 , , , work_6fsgua7v2bf3bhu2cimvomab7m 52 37 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 52 38 , , , work_6fsgua7v2bf3bhu2cimvomab7m 52 39 . . . work_6fsgua7v2bf3bhu2cimvomab7m 53 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 54 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 55 1 m m LS work_6fsgua7v2bf3bhu2cimvomab7m 55 2 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 55 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 55 4 Ji(θ Ji(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 55 5 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 55 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 55 7 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 55 8 Ji(θ Ji(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 55 9 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 55 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 55 11 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 55 12 ∧ ∧ NNP work_6fsgua7v2bf3bhu2cimvomab7m 55 13 { { -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 55 14 ∃q ∃q . work_6fsgua7v2bf3bhu2cimvomab7m 55 15 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 55 16 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 55 17 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 55 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 55 19 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 55 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 55 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 56 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 57 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 58 1 m m LS work_6fsgua7v2bf3bhu2cimvomab7m 58 2 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 58 3 : : : work_6fsgua7v2bf3bhu2cimvomab7m 58 4 Jq(θ Jq(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 58 5 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 58 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 58 7 < < XX work_6fsgua7v2bf3bhu2cimvomab7m 58 8 Jq(θ Jq(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 58 9 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 58 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 58 11 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 58 12 which which WDT work_6fsgua7v2bf3bhu2cimvomab7m 58 13 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 58 14 denoted denote VBN work_6fsgua7v2bf3bhu2cimvomab7m 58 15 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 58 16 θ1 θ1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 58 17 ≺ ≺ NNP work_6fsgua7v2bf3bhu2cimvomab7m 58 18 θ2 θ2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 58 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 59 1 1A 1a CD work_6fsgua7v2bf3bhu2cimvomab7m 59 2 maximisation maximisation NN work_6fsgua7v2bf3bhu2cimvomab7m 59 3 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 59 4 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 59 5 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 59 6 converted convert VBN work_6fsgua7v2bf3bhu2cimvomab7m 59 7 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 59 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 59 9 minimisation minimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 59 10 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 59 11 taking take VBG work_6fsgua7v2bf3bhu2cimvomab7m 59 12 into into IN work_6fsgua7v2bf3bhu2cimvomab7m 59 13 account account NN work_6fsgua7v2bf3bhu2cimvomab7m 59 14 that that IN work_6fsgua7v2bf3bhu2cimvomab7m 59 15 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 59 16 Ji(θ Ji(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 59 17 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 59 18 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 59 19 min(−Ji(θ min(−Ji(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 59 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 59 21 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 59 22 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 59 23 applied apply VBN work_6fsgua7v2bf3bhu2cimvomab7m 59 24 . . . work_6fsgua7v2bf3bhu2cimvomab7m 60 1 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 2 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 3 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 4 J2 J2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 5 q2 q2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 6 q3 q3 NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 7 J1 J1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 8 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 9 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 10 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 11 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 12 q q NN work_6fsgua7v2bf3bhu2cimvomab7m 60 13 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 14 q1 q1 NN work_6fsgua7v2bf3bhu2cimvomab7m 60 15 E E NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 16 s s NN work_6fsgua7v2bf3bhu2cimvomab7m 60 17 p p NN work_6fsgua7v2bf3bhu2cimvomab7m 60 18 a a NN work_6fsgua7v2bf3bhu2cimvomab7m 60 19 c c NN work_6fsgua7v2bf3bhu2cimvomab7m 60 20 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 21 o o NN work_6fsgua7v2bf3bhu2cimvomab7m 60 22 d d NN work_6fsgua7v2bf3bhu2cimvomab7m 60 23 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 24 v v NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 25 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 60 26 r r NN work_6fsgua7v2bf3bhu2cimvomab7m 60 27 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 28 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 60 29 b b NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 30 l l NN work_6fsgua7v2bf3bhu2cimvomab7m 60 31 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 32 s s NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 33 d d NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 34 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 35 d d NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 36 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 37 c c NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 38 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 39 s s VBP work_6fsgua7v2bf3bhu2cimvomab7m 60 40 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 41 ó ó NN work_6fsgua7v2bf3bhu2cimvomab7m 60 42 n n NN work_6fsgua7v2bf3bhu2cimvomab7m 60 43 D D NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 44 E e NN work_6fsgua7v2bf3bhu2cimvomab7m 60 45 s s NN work_6fsgua7v2bf3bhu2cimvomab7m 60 46 p p NN work_6fsgua7v2bf3bhu2cimvomab7m 60 47 a a NN work_6fsgua7v2bf3bhu2cimvomab7m 60 48 c c NN work_6fsgua7v2bf3bhu2cimvomab7m 60 49 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 50 o o NN work_6fsgua7v2bf3bhu2cimvomab7m 60 51 d d NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 52 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 53 f f NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 54 u u NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 55 n n NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 56 c c NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 57 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 58 o o NN work_6fsgua7v2bf3bhu2cimvomab7m 60 59 n n NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 60 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 61 s s NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 62 o o NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 63 b b NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 64 j j NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 65 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 66 t t NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 67 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 68 v v NN work_6fsgua7v2bf3bhu2cimvomab7m 60 69 o o NN work_6fsgua7v2bf3bhu2cimvomab7m 60 70 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 71 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 72 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 73 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 74 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 75 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 76 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 77 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 78 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 79 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 80 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 81 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 82 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 83 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 84 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 85 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 86 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 87 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 88 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 89 4J 4J NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 90 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 91 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 60 92 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 93 Á á NN work_6fsgua7v2bf3bhu2cimvomab7m 60 94 r r NN work_6fsgua7v2bf3bhu2cimvomab7m 60 95 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 96 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 60 97 d d NN work_6fsgua7v2bf3bhu2cimvomab7m 60 98 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 99 d d NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 100 o o NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 101 m m NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 102 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 103 n n CC work_6fsgua7v2bf3bhu2cimvomab7m 60 104 a a NN work_6fsgua7v2bf3bhu2cimvomab7m 60 105 n n NN work_6fsgua7v2bf3bhu2cimvomab7m 60 106 c c NN work_6fsgua7v2bf3bhu2cimvomab7m 60 107 i i NN work_6fsgua7v2bf3bhu2cimvomab7m 60 108 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 60 109 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 60 110 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 60 111 : : : work_6fsgua7v2bf3bhu2cimvomab7m 60 112 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 113 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 60 114 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 115 left left NN work_6fsgua7v2bf3bhu2cimvomab7m 60 116 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 117 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 60 118 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 60 119 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 60 120 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 121 right right UH work_6fsgua7v2bf3bhu2cimvomab7m 60 122 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 60 123 . . . work_6fsgua7v2bf3bhu2cimvomab7m 61 1 Objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 61 2 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 61 3 J(θ4 J(θ4 NNP work_6fsgua7v2bf3bhu2cimvomab7m 61 4 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 61 5 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 61 6 dominated dominate VBN work_6fsgua7v2bf3bhu2cimvomab7m 61 7 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 61 8 J(θ2 J(θ2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 61 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 61 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 62 1 Two two CD work_6fsgua7v2bf3bhu2cimvomab7m 62 2 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 62 3 vectors vector NNS work_6fsgua7v2bf3bhu2cimvomab7m 62 4 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 62 5 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 62 6 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 62 7 : : : work_6fsgua7v2bf3bhu2cimvomab7m 62 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 62 9 ideal ideal JJ work_6fsgua7v2bf3bhu2cimvomab7m 62 10 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 62 11 Jmin Jmin NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 12 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 62 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 62 14 nadir nadir NNS work_6fsgua7v2bf3bhu2cimvomab7m 62 15 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 62 16 Jmax Jmax NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 17 : : : work_6fsgua7v2bf3bhu2cimvomab7m 62 18 Jideal Jideal NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 19 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 62 20 Jmin Jmin NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 21 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 62 22 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 62 23 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 24 J(θ)∈J∗ J(θ)∈J∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 25 P P NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 26 J1(θ J1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 62 27 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 62 28 , , , work_6fsgua7v2bf3bhu2cimvomab7m 62 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 63 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 64 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 65 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 65 2 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 3 J(θ)∈J∗ J(θ)∈J∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 4 P P NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 5 Jm(θ Jm(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 65 7 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 65 8 Jnadir Jnadir NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 9 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 65 10 Jmax Jmax NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 11 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 65 12 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 65 13 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 14 J(θ)∈J∗ J(θ)∈J∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 15 P P NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 16 J1(θ J1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 65 17 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 65 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 65 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 66 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 67 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 68 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 68 2 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 3 J(θ)∈J∗ J(θ)∈J∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 4 P P NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 5 Jm(θ Jm(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 68 7 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 68 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 68 9 2 2 LS work_6fsgua7v2bf3bhu2cimvomab7m 68 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 68 11 MOO moo NN work_6fsgua7v2bf3bhu2cimvomab7m 68 12 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 68 13 search search VBP work_6fsgua7v2bf3bhu2cimvomab7m 68 14 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 68 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 68 16 discrete discrete JJ work_6fsgua7v2bf3bhu2cimvomab7m 68 17 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 68 18 Θ∗ θ∗ IN work_6fsgua7v2bf3bhu2cimvomab7m 68 19 P p NN work_6fsgua7v2bf3bhu2cimvomab7m 68 20 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 68 21 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 68 22 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 23 set set VBD work_6fsgua7v2bf3bhu2cimvomab7m 68 24 ΘP ΘP NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 25 capable capable JJ work_6fsgua7v2bf3bhu2cimvomab7m 68 26 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 68 27 generating generate VBG work_6fsgua7v2bf3bhu2cimvomab7m 68 28 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 68 29 good good JJ work_6fsgua7v2bf3bhu2cimvomab7m 68 30 quality quality NN work_6fsgua7v2bf3bhu2cimvomab7m 68 31 description description NN work_6fsgua7v2bf3bhu2cimvomab7m 68 32 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 33 ∗ ∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 34 P p NN work_6fsgua7v2bf3bhu2cimvomab7m 68 35 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 68 36 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 68 37 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 38 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 68 39 JP JP NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 40 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 68 41 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 68 42 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 68 43 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 68 44 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 68 45 . . . work_6fsgua7v2bf3bhu2cimvomab7m 69 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 69 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 69 3 way way NN work_6fsgua7v2bf3bhu2cimvomab7m 69 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 69 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 69 6 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 69 7 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 69 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 69 9 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 69 10 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 69 11 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 69 12 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 69 13 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 69 14 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 69 15 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 69 16 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 69 17 more more JJR work_6fsgua7v2bf3bhu2cimvomab7m 69 18 flexibility flexibility NN work_6fsgua7v2bf3bhu2cimvomab7m 69 19 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 69 20 choosing choose VBG work_6fsgua7v2bf3bhu2cimvomab7m 69 21 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 69 22 particular particular JJ work_6fsgua7v2bf3bhu2cimvomab7m 69 23 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 69 24 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 69 25 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 69 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 70 1 There there EX work_6fsgua7v2bf3bhu2cimvomab7m 70 2 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 70 3 several several JJ work_6fsgua7v2bf3bhu2cimvomab7m 70 4 widely widely RB work_6fsgua7v2bf3bhu2cimvomab7m 70 5 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 70 6 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 70 7 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 70 8 calculating calculate VBG work_6fsgua7v2bf3bhu2cimvomab7m 70 9 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 70 10 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 70 11 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 70 12 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 70 13 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 14 normal normal JJ work_6fsgua7v2bf3bhu2cimvomab7m 70 15 boundary boundary JJ work_6fsgua7v2bf3bhu2cimvomab7m 70 16 intersection intersection NN work_6fsgua7v2bf3bhu2cimvomab7m 70 17 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 70 18 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 19 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 70 21 35 35 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 22 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 70 24 normal normal JJ work_6fsgua7v2bf3bhu2cimvomab7m 70 25 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 70 26 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 70 27 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 28 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 70 30 44 44 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 70 32 32 32 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 70 34 31 31 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 35 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 36 , , , work_6fsgua7v2bf3bhu2cimvomab7m 70 37 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 70 38 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 70 39 successive successive JJ work_6fsgua7v2bf3bhu2cimvomab7m 70 40 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 70 41 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 70 42 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 70 43 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 44 43 43 CD work_6fsgua7v2bf3bhu2cimvomab7m 70 45 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 46 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 70 47 . . . work_6fsgua7v2bf3bhu2cimvomab7m 71 1 Recently recently RB work_6fsgua7v2bf3bhu2cimvomab7m 71 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 71 3 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 71 4 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 71 5 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 71 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 71 7 MOEAs MOEAs NNP work_6fsgua7v2bf3bhu2cimvomab7m 71 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 71 9 have have VBP work_6fsgua7v2bf3bhu2cimvomab7m 71 10 been be VBN work_6fsgua7v2bf3bhu2cimvomab7m 71 11 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 71 12 due due IN work_6fsgua7v2bf3bhu2cimvomab7m 71 13 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 71 14 their -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 71 15 flexibility flexibility NN work_6fsgua7v2bf3bhu2cimvomab7m 71 16 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 71 17 dealing deal VBG work_6fsgua7v2bf3bhu2cimvomab7m 71 18 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 71 19 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 71 20 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 71 21 convex convex JJ work_6fsgua7v2bf3bhu2cimvomab7m 71 22 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 71 23 highly highly RB work_6fsgua7v2bf3bhu2cimvomab7m 71 24 constrained constrain VBN work_6fsgua7v2bf3bhu2cimvomab7m 71 25 functions function NNS work_6fsgua7v2bf3bhu2cimvomab7m 71 26 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 71 27 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 71 28 , , , work_6fsgua7v2bf3bhu2cimvomab7m 71 29 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 71 30 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 71 31 . . . work_6fsgua7v2bf3bhu2cimvomab7m 72 1 For for IN work_6fsgua7v2bf3bhu2cimvomab7m 72 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 72 3 reason reason NN work_6fsgua7v2bf3bhu2cimvomab7m 72 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 72 5 MOEAs moea NNS work_6fsgua7v2bf3bhu2cimvomab7m 72 6 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 72 7 considered consider VBN work_6fsgua7v2bf3bhu2cimvomab7m 72 8 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 72 9 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 72 10 work work NN work_6fsgua7v2bf3bhu2cimvomab7m 72 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 73 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 73 2 general general JJ work_6fsgua7v2bf3bhu2cimvomab7m 73 3 framework framework NN work_6fsgua7v2bf3bhu2cimvomab7m 73 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 73 5 required require VBN work_6fsgua7v2bf3bhu2cimvomab7m 73 6 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 73 7 successfully successfully RB work_6fsgua7v2bf3bhu2cimvomab7m 73 8 incorporate incorporate VB work_6fsgua7v2bf3bhu2cimvomab7m 73 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 73 10 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 73 11 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 73 12 into into IN work_6fsgua7v2bf3bhu2cimvomab7m 73 13 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 73 14 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 73 15 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 73 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 74 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 74 2 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 74 3 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 74 4 engi- engi- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 74 5 neering neering JJ work_6fsgua7v2bf3bhu2cimvomab7m 74 6 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 74 7 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 74 8 MOED MOED NNP work_6fsgua7v2bf3bhu2cimvomab7m 74 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 74 10 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 74 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 74 12 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 74 13 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 74 14 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 74 15 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 74 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 75 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 75 2 consists consist VBZ work_6fsgua7v2bf3bhu2cimvomab7m 75 3 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 75 4 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 75 5 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 75 6 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 75 7 : : : work_6fsgua7v2bf3bhu2cimvomab7m 75 8 Dominance dominance IN work_6fsgua7v2bf3bhu2cimvomab7m 75 9 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 75 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 76 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 76 2 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 76 3 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 76 4 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 76 5 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 76 6 dominates dominate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 76 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 76 8 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 76 9 vectors vector NNS work_6fsgua7v2bf3bhu2cimvomab7m 76 10 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 76 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 76 12 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 76 13 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 76 14 equal equal JJ work_6fsgua7v2bf3bhu2cimvomab7m 76 15 cost cost NN work_6fsgua7v2bf3bhu2cimvomab7m 76 16 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 76 17 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 76 18 all all DT work_6fsgua7v2bf3bhu2cimvomab7m 76 19 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 76 20 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 76 21 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 76 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 76 23 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 76 24 least least JJS work_6fsgua7v2bf3bhu2cimvomab7m 76 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 76 26 one one CD work_6fsgua7v2bf3bhu2cimvomab7m 76 27 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 76 28 them -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 76 29 being be VBG work_6fsgua7v2bf3bhu2cimvomab7m 76 30 better well RBR work_6fsgua7v2bf3bhu2cimvomab7m 76 31 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 76 32 . . . work_6fsgua7v2bf3bhu2cimvomab7m 77 1 Two two CD work_6fsgua7v2bf3bhu2cimvomab7m 77 2 important important JJ work_6fsgua7v2bf3bhu2cimvomab7m 77 3 points point NNS work_6fsgua7v2bf3bhu2cimvomab7m 77 4 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 77 5 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 77 6 : : : work_6fsgua7v2bf3bhu2cimvomab7m 77 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 77 8 ideal ideal JJ work_6fsgua7v2bf3bhu2cimvomab7m 77 9 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 77 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 77 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 77 12 nadir nadir NNS work_6fsgua7v2bf3bhu2cimvomab7m 77 13 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 77 14 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 77 15 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 77 16 Equation Equation NNP work_6fsgua7v2bf3bhu2cimvomab7m 77 17 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 77 18 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 77 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 78 1 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 2 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 3 0.3 0.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 4 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 5 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 6 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 7 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 8 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 9 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 10 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 11 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 12 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 13 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 14 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 15 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 16 J1 j1 NN work_6fsgua7v2bf3bhu2cimvomab7m 78 17 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 18 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 19 True True NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 20 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 21 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 78 22 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 78 23 continous continous JJ work_6fsgua7v2bf3bhu2cimvomab7m 78 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 78 25 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 26 P P NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 27 Solutions Solutions NNPS work_6fsgua7v2bf3bhu2cimvomab7m 78 28 describing describe VBG work_6fsgua7v2bf3bhu2cimvomab7m 78 29 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 78 30 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 31 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 78 32 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 78 33 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 34 P P NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 35 * * NFP work_6fsgua7v2bf3bhu2cimvomab7m 78 36 Dominated Dominated NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 37 Solutions Solutions NNPS work_6fsgua7v2bf3bhu2cimvomab7m 78 38 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 78 39 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 78 40 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 78 41 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 78 42 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 78 43 : : : work_6fsgua7v2bf3bhu2cimvomab7m 78 44 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 78 45 front front JJ work_6fsgua7v2bf3bhu2cimvomab7m 78 46 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 78 47 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 78 48 example example NN work_6fsgua7v2bf3bhu2cimvomab7m 78 49 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 78 50 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 78 51 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 78 52 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 78 53 . . . work_6fsgua7v2bf3bhu2cimvomab7m 79 1 Points point NNS work_6fsgua7v2bf3bhu2cimvomab7m 79 2 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 79 3 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 79 4 possible possible JJ work_6fsgua7v2bf3bhu2cimvomab7m 79 5 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 79 6 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 79 7 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 79 8 obtained obtain VBN work_6fsgua7v2bf3bhu2cimvomab7m 79 9 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 79 10 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 79 11 particular particular JJ work_6fsgua7v2bf3bhu2cimvomab7m 79 12 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 79 13 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 79 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 80 1 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 80 2 three three CD work_6fsgua7v2bf3bhu2cimvomab7m 80 3 main main JJ work_6fsgua7v2bf3bhu2cimvomab7m 80 4 steps step NNS work_6fsgua7v2bf3bhu2cimvomab7m 80 5 : : : work_6fsgua7v2bf3bhu2cimvomab7m 80 6 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 80 7 definition definition NN work_6fsgua7v2bf3bhu2cimvomab7m 80 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 80 9 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 80 10 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 80 11 stage stage NN work_6fsgua7v2bf3bhu2cimvomab7m 80 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 80 13 following follow VBG work_6fsgua7v2bf3bhu2cimvomab7m 80 14 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 80 15 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 80 16 : : : work_6fsgua7v2bf3bhu2cimvomab7m 80 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 80 18 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 80 19 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 80 20 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 80 21 how how WRB work_6fsgua7v2bf3bhu2cimvomab7m 80 22 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 80 23 tackle tackle VB work_6fsgua7v2bf3bhu2cimvomab7m 80 24 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 80 25 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 80 26 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 80 27 hand hand NN work_6fsgua7v2bf3bhu2cimvomab7m 80 28 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 80 29 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 80 30 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 80 31 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 80 32 requirements requirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 80 33 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 80 34 what what WP work_6fsgua7v2bf3bhu2cimvomab7m 80 35 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 80 36 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 80 37 important important JJ work_6fsgua7v2bf3bhu2cimvomab7m 80 38 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 80 39 optimise optimise VB work_6fsgua7v2bf3bhu2cimvomab7m 80 40 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 80 41 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 80 42 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 80 43 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 80 44 constraints constraint NNS work_6fsgua7v2bf3bhu2cimvomab7m 80 45 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 80 46 which which WDT work_6fsgua7v2bf3bhu2cimvomab7m 80 47 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 80 48 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 80 49 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 80 50 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 80 51 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 80 52 allowed allow VBN work_6fsgua7v2bf3bhu2cimvomab7m 80 53 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 80 54 . . . work_6fsgua7v2bf3bhu2cimvomab7m 81 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 81 2 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 81 3 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 81 4 implies imply VBZ work_6fsgua7v2bf3bhu2cimvomab7m 81 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 81 6 existence existence NN work_6fsgua7v2bf3bhu2cimvomab7m 81 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 81 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 81 9 parametric parametric JJ work_6fsgua7v2bf3bhu2cimvomab7m 81 10 model model NN work_6fsgua7v2bf3bhu2cimvomab7m 81 11 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 81 12 defines define VBZ work_6fsgua7v2bf3bhu2cimvomab7m 81 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 81 14 parameter parameter NN work_6fsgua7v2bf3bhu2cimvomab7m 81 15 values value NNS work_6fsgua7v2bf3bhu2cimvomab7m 81 16 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 81 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 81 18 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 81 19 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 81 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 81 21 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 81 22 leads lead VBZ work_6fsgua7v2bf3bhu2cimvomab7m 81 23 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 81 24 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 81 25 particular particular JJ work_6fsgua7v2bf3bhu2cimvomab7m 81 26 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 81 27 alternative alternative NN work_6fsgua7v2bf3bhu2cimvomab7m 81 28 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 81 29 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 81 30 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 81 31 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 81 32 34 34 CD work_6fsgua7v2bf3bhu2cimvomab7m 81 33 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 81 34 . . . work_6fsgua7v2bf3bhu2cimvomab7m 82 1 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 82 2 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 82 3 : : : work_6fsgua7v2bf3bhu2cimvomab7m 82 4 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 82 5 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 82 6 stage stage NN work_6fsgua7v2bf3bhu2cimvomab7m 82 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 82 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 82 9 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 82 10 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 82 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 82 12 as as RB work_6fsgua7v2bf3bhu2cimvomab7m 82 13 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 82 14 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 82 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 82 16 MOEA MOEA NNP work_6fsgua7v2bf3bhu2cimvomab7m 82 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 82 18 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 82 19 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 82 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 83 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 83 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 83 3 important important JJ work_6fsgua7v2bf3bhu2cimvomab7m 83 4 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 83 5 select select VB work_6fsgua7v2bf3bhu2cimvomab7m 83 6 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 83 7 MOEA MOEA NNP work_6fsgua7v2bf3bhu2cimvomab7m 83 8 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 83 9 assures assure VBZ work_6fsgua7v2bf3bhu2cimvomab7m 83 10 reasonable reasonable JJ work_6fsgua7v2bf3bhu2cimvomab7m 83 11 diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 83 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 83 13 spread spread VB work_6fsgua7v2bf3bhu2cimvomab7m 83 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 83 15 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 83 16 convergence convergence NN work_6fsgua7v2bf3bhu2cimvomab7m 83 17 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 83 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 83 19 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 83 20 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 83 21 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 83 22 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 83 23 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 83 24 efficient efficient JJ work_6fsgua7v2bf3bhu2cimvomab7m 83 25 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 83 26 handling handling NN work_6fsgua7v2bf3bhu2cimvomab7m 83 27 mechanism mechanism NN work_6fsgua7v2bf3bhu2cimvomab7m 83 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 84 1 Decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 84 2 making make VBG work_6fsgua7v2bf3bhu2cimvomab7m 84 3 stage stage NN work_6fsgua7v2bf3bhu2cimvomab7m 84 4 : : : work_6fsgua7v2bf3bhu2cimvomab7m 84 5 finally finally RB work_6fsgua7v2bf3bhu2cimvomab7m 84 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 84 7 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 84 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 84 9 calculated calculated JJ work_6fsgua7v2bf3bhu2cimvomab7m 84 10 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 84 11 J∗ J∗ NNS work_6fsgua7v2bf3bhu2cimvomab7m 84 12 P p NN work_6fsgua7v2bf3bhu2cimvomab7m 84 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 84 14 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 84 15 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 84 16 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 84 17 analyse analyse VB work_6fsgua7v2bf3bhu2cimvomab7m 84 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 84 19 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 84 20 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 84 21 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 84 22 along along IN work_6fsgua7v2bf3bhu2cimvomab7m 84 23 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 84 24 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 84 25 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 84 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 85 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 85 2 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 85 3 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 85 4 select select VB work_6fsgua7v2bf3bhu2cimvomab7m 85 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 85 6 best good JJS work_6fsgua7v2bf3bhu2cimvomab7m 85 7 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 85 8 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 85 9 according accord VBG work_6fsgua7v2bf3bhu2cimvomab7m 85 10 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 85 11 his -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 85 12 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 85 13 her -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 85 14 needs need NNS work_6fsgua7v2bf3bhu2cimvomab7m 85 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 86 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 86 2 reli- reli- NN work_6fsgua7v2bf3bhu2cimvomab7m 86 3 able able JJ work_6fsgua7v2bf3bhu2cimvomab7m 86 4 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 86 5 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 86 6 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 86 7 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 86 8 required require VBN work_6fsgua7v2bf3bhu2cimvomab7m 86 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 86 10 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 86 11 final final JJ work_6fsgua7v2bf3bhu2cimvomab7m 86 12 step step NN work_6fsgua7v2bf3bhu2cimvomab7m 86 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 86 14 since since IN work_6fsgua7v2bf3bhu2cimvomab7m 86 15 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 86 16 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 86 17 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 86 18 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 86 19 trivial trivial JJ work_6fsgua7v2bf3bhu2cimvomab7m 86 20 task task NN work_6fsgua7v2bf3bhu2cimvomab7m 86 21 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 86 22 perform perform VB work_6fsgua7v2bf3bhu2cimvomab7m 86 23 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 86 24 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 86 25 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 86 26 m m NNP work_6fsgua7v2bf3bhu2cimvomab7m 86 27 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 86 28 dimensional dimensional JJ work_6fsgua7v2bf3bhu2cimvomab7m 86 29 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 86 30 fronts front VBZ work_6fsgua7v2bf3bhu2cimvomab7m 86 31 . . . work_6fsgua7v2bf3bhu2cimvomab7m 87 1 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 87 2 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 87 3 : : : work_6fsgua7v2bf3bhu2cimvomab7m 87 4 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 87 5 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 87 6 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 87 7 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 87 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 88 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 88 2 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 88 3 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 88 4 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 88 5 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 88 6 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 88 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 88 8 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 88 9 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 88 10 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 88 11 then then RB work_6fsgua7v2bf3bhu2cimvomab7m 88 12 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 88 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 89 1 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 89 2 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 89 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 90 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 90 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 90 3 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 90 4 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 90 5 applied apply VBD work_6fsgua7v2bf3bhu2cimvomab7m 90 6 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 90 7 mul- mul- NNP work_6fsgua7v2bf3bhu2cimvomab7m 90 8 tivariable tivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 90 9 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 90 10 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 90 11 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 90 12 MIMO mimo RB work_6fsgua7v2bf3bhu2cimvomab7m 90 13 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 90 14 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 90 15 common common JJ work_6fsgua7v2bf3bhu2cimvomab7m 90 16 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 90 17 industry industry NN work_6fsgua7v2bf3bhu2cimvomab7m 90 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 91 1 Their -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 91 2 complexity complexity NN work_6fsgua7v2bf3bhu2cimvomab7m 91 3 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 91 4 due due JJ work_6fsgua7v2bf3bhu2cimvomab7m 91 5 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 91 6 their -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 91 7 coupling coupling NN work_6fsgua7v2bf3bhu2cimvomab7m 91 8 effects effect NNS work_6fsgua7v2bf3bhu2cimvomab7m 91 9 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 91 10 inputs input NNS work_6fsgua7v2bf3bhu2cimvomab7m 91 11 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 91 12 outputs output NNS work_6fsgua7v2bf3bhu2cimvomab7m 91 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 92 1 Consider consider VB work_6fsgua7v2bf3bhu2cimvomab7m 92 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 92 3 NxN nxn NN work_6fsgua7v2bf3bhu2cimvomab7m 92 4 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 92 5 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 92 6 modeled model VBN work_6fsgua7v2bf3bhu2cimvomab7m 92 7 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 92 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 92 9 following follow VBG work_6fsgua7v2bf3bhu2cimvomab7m 92 10 transfer transfer NN work_6fsgua7v2bf3bhu2cimvomab7m 92 11 matrix matrix NN work_6fsgua7v2bf3bhu2cimvomab7m 92 12 : : : work_6fsgua7v2bf3bhu2cimvomab7m 92 13 Gp(s Gp(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 92 14 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 92 15 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 92 16   NNP work_6fsgua7v2bf3bhu2cimvomab7m 92 17   NNP work_6fsgua7v2bf3bhu2cimvomab7m 92 18   NNP work_6fsgua7v2bf3bhu2cimvomab7m 92 19 Gp11(s Gp11(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 92 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 92 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 93 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 94 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 95 1 Gp1N(s Gp1N(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 95 2 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 95 3 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 95 4 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 95 5 ... ... : work_6fsgua7v2bf3bhu2cimvomab7m 95 6 GpN1(s GpN1(s NFP work_6fsgua7v2bf3bhu2cimvomab7m 95 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 95 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 96 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 97 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 98 1 GpNN(s gpnn(s VB work_6fsgua7v2bf3bhu2cimvomab7m 98 2 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 98 3   NNP work_6fsgua7v2bf3bhu2cimvomab7m 98 4   NNP work_6fsgua7v2bf3bhu2cimvomab7m 98 5   NN work_6fsgua7v2bf3bhu2cimvomab7m 98 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 98 7 3 3 LS work_6fsgua7v2bf3bhu2cimvomab7m 98 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 98 9 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 98 10 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 98 11 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 98 12 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 98 13 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 98 14 must must MD work_6fsgua7v2bf3bhu2cimvomab7m 98 15 fulfill fulfill VB work_6fsgua7v2bf3bhu2cimvomab7m 98 16 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 98 17 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 98 18 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 98 19 requirements requirement NNS work_6fsgua7v2bf3bhu2cimvomab7m 98 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 98 21 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 98 22 accordance accordance NN work_6fsgua7v2bf3bhu2cimvomab7m 98 23 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 98 24 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 98 25 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 98 26 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 98 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 99 1 Common common JJ work_6fsgua7v2bf3bhu2cimvomab7m 99 2 choices choice NNS work_6fsgua7v2bf3bhu2cimvomab7m 99 3 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 99 4 controlling control VBG work_6fsgua7v2bf3bhu2cimvomab7m 99 5 MIMO mimo NN work_6fsgua7v2bf3bhu2cimvomab7m 99 6 system system NN work_6fsgua7v2bf3bhu2cimvomab7m 99 7 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 99 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 99 9 decoupled decouple VBN work_6fsgua7v2bf3bhu2cimvomab7m 99 10 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 99 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 99 12 PID pid NN work_6fsgua7v2bf3bhu2cimvomab7m 99 13 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 99 14 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 15 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 16 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 17 ; ; , work_6fsgua7v2bf3bhu2cimvomab7m 99 18 centralised centralise VBN work_6fsgua7v2bf3bhu2cimvomab7m 99 19 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 99 20 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 99 21 PID pid NN work_6fsgua7v2bf3bhu2cimvomab7m 99 22 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 99 23 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 24 23 23 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 25 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 26 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 99 27 state state NN work_6fsgua7v2bf3bhu2cimvomab7m 99 28 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 99 29 feedback feedback NN work_6fsgua7v2bf3bhu2cimvomab7m 99 30 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 99 31 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 32 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 99 34 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 35 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 36 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 99 37 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 99 38 predictive predictive JJ work_6fsgua7v2bf3bhu2cimvomab7m 99 39 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 99 40 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 41 12 12 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 42 , , , work_6fsgua7v2bf3bhu2cimvomab7m 99 43 47 47 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 44 , , , work_6fsgua7v2bf3bhu2cimvomab7m 99 45 28 28 CD work_6fsgua7v2bf3bhu2cimvomab7m 99 46 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 99 47 . . . work_6fsgua7v2bf3bhu2cimvomab7m 100 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 100 2 selection selection NN work_6fsgua7v2bf3bhu2cimvomab7m 100 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 100 4 one one CD work_6fsgua7v2bf3bhu2cimvomab7m 100 5 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 100 6 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 100 7 another another DT work_6fsgua7v2bf3bhu2cimvomab7m 100 8 depends depend VBZ work_6fsgua7v2bf3bhu2cimvomab7m 100 9 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 100 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 100 11 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 100 12 balance balance NN work_6fsgua7v2bf3bhu2cimvomab7m 100 13 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 100 14 complexity complexity NN work_6fsgua7v2bf3bhu2cimvomab7m 100 15 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 100 16 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 100 17 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 100 18 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 100 19 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 100 20 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 100 21 specifications specification NNS work_6fsgua7v2bf3bhu2cimvomab7m 100 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 101 1 3.1 3.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 101 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 102 1 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 102 2 definition definition NN work_6fsgua7v2bf3bhu2cimvomab7m 102 3 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 102 4 accordance accordance NN work_6fsgua7v2bf3bhu2cimvomab7m 102 5 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 102 6 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 102 7 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 102 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 102 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 102 10 first first JJ work_6fsgua7v2bf3bhu2cimvomab7m 102 11 step step NN work_6fsgua7v2bf3bhu2cimvomab7m 102 12 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 102 13 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 102 14 define define VB work_6fsgua7v2bf3bhu2cimvomab7m 102 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 102 16 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 102 17 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 102 18 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 102 19 leading lead VBG work_6fsgua7v2bf3bhu2cimvomab7m 102 20 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 102 21 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 102 22 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 102 23 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 102 24 definition definition NN work_6fsgua7v2bf3bhu2cimvomab7m 102 25 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 102 26 , , , work_6fsgua7v2bf3bhu2cimvomab7m 102 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 102 28 operational operational JJ work_6fsgua7v2bf3bhu2cimvomab7m 102 29 constraints constraint NNS work_6fsgua7v2bf3bhu2cimvomab7m 102 30 , , , work_6fsgua7v2bf3bhu2cimvomab7m 102 31 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 102 32 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 102 33 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 102 34 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 102 35 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 102 36 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 102 37 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 102 38 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 102 39 . . . work_6fsgua7v2bf3bhu2cimvomab7m 103 1 Using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 103 2 MOEAs MOEAs NNPS work_6fsgua7v2bf3bhu2cimvomab7m 103 3 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 103 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 103 5 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 103 6 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 103 7 gives give VBZ work_6fsgua7v2bf3bhu2cimvomab7m 103 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 103 9 greater great JJR work_6fsgua7v2bf3bhu2cimvomab7m 103 10 flexibility flexibility NN work_6fsgua7v2bf3bhu2cimvomab7m 103 11 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 103 12 use use VB work_6fsgua7v2bf3bhu2cimvomab7m 103 13 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 103 14 type type NN work_6fsgua7v2bf3bhu2cimvomab7m 103 15 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 103 16 parametric parametric JJ work_6fsgua7v2bf3bhu2cimvomab7m 103 17 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 103 18 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 103 19 define define VB work_6fsgua7v2bf3bhu2cimvomab7m 103 20 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 103 21 type type NN work_6fsgua7v2bf3bhu2cimvomab7m 103 22 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 103 23 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 103 24 objective objective NN work_6fsgua7v2bf3bhu2cimvomab7m 103 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 104 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 104 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 104 3 work work NN work_6fsgua7v2bf3bhu2cimvomab7m 104 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 104 5 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 104 6 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 104 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 104 8 decoupled decouple VBN work_6fsgua7v2bf3bhu2cimvomab7m 104 9 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 104 10 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 104 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 104 12 proposed propose VBN work_6fsgua7v2bf3bhu2cimvomab7m 104 13 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 104 14 tackle tackle VB work_6fsgua7v2bf3bhu2cimvomab7m 104 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 104 16 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 104 17 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 104 18 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 104 19 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 104 20 MIMO mimo NN work_6fsgua7v2bf3bhu2cimvomab7m 104 21 system system NN work_6fsgua7v2bf3bhu2cimvomab7m 104 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 105 1 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 105 2 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 105 3 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 105 4 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 105 5 simple simple JJ work_6fsgua7v2bf3bhu2cimvomab7m 105 6 but but CC work_6fsgua7v2bf3bhu2cimvomab7m 105 7 successful successful JJ work_6fsgua7v2bf3bhu2cimvomab7m 105 8 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 105 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 105 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 105 11 they -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 105 12 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 105 13 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 105 14 improved improve VBN work_6fsgua7v2bf3bhu2cimvomab7m 105 15 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 105 16 complementary complementary JJ work_6fsgua7v2bf3bhu2cimvomab7m 105 17 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 105 18 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 105 19 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 105 20 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 105 21 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 105 22 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 105 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 105 24 . . . work_6fsgua7v2bf3bhu2cimvomab7m 106 1 Equation equation NN work_6fsgua7v2bf3bhu2cimvomab7m 106 2 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 3 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 106 4 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 5 shows show VBZ work_6fsgua7v2bf3bhu2cimvomab7m 106 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 106 7 structure structure NN work_6fsgua7v2bf3bhu2cimvomab7m 106 8 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 106 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 106 10 chosen choose VBN work_6fsgua7v2bf3bhu2cimvomab7m 106 11 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 106 12 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 106 13 : : : work_6fsgua7v2bf3bhu2cimvomab7m 106 14 Gc(s Gc(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 106 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 16 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 106 17 kc kc FW work_6fsgua7v2bf3bhu2cimvomab7m 106 18 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 19 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 106 20 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 106 21 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 106 22 Tis tis NN work_6fsgua7v2bf3bhu2cimvomab7m 106 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 24 E(s e(s CD work_6fsgua7v2bf3bhu2cimvomab7m 106 25 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 26 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 27 4 4 LS work_6fsgua7v2bf3bhu2cimvomab7m 106 28 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 29 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 106 30 kc kc PRP work_6fsgua7v2bf3bhu2cimvomab7m 106 31 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 106 32 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 106 33 proportional proportional JJ work_6fsgua7v2bf3bhu2cimvomab7m 106 34 gain gain NN work_6fsgua7v2bf3bhu2cimvomab7m 106 35 , , , work_6fsgua7v2bf3bhu2cimvomab7m 106 36 Ti Ti NNP work_6fsgua7v2bf3bhu2cimvomab7m 106 37 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 106 38 integral integral JJ work_6fsgua7v2bf3bhu2cimvomab7m 106 39 time time NN work_6fsgua7v2bf3bhu2cimvomab7m 106 40 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 41 secs secs NNP work_6fsgua7v2bf3bhu2cimvomab7m 106 42 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 43 , , , work_6fsgua7v2bf3bhu2cimvomab7m 106 44 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 106 45 E(s e(s LS work_6fsgua7v2bf3bhu2cimvomab7m 106 46 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 106 47 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 106 48 error error NN work_6fsgua7v2bf3bhu2cimvomab7m 106 49 signal signal NN work_6fsgua7v2bf3bhu2cimvomab7m 106 50 . . . work_6fsgua7v2bf3bhu2cimvomab7m 107 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 107 2 decoupled decoupled JJ work_6fsgua7v2bf3bhu2cimvomab7m 107 3 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 4 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 107 5 Gc(s Gc(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 107 7 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 107 8 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 107 9 N n CD work_6fsgua7v2bf3bhu2cimvomab7m 107 10 SISO SISO NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 11 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 107 12 : : : work_6fsgua7v2bf3bhu2cimvomab7m 107 13 Gc(s Gc(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 14 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 107 15 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 107 16   NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 17   NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 18   NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 19 Gc1(s Gc1(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 107 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 107 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 108 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 109 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 110 1 0 0 LS work_6fsgua7v2bf3bhu2cimvomab7m 110 2 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 110 3 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 110 4 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 110 5 0 0 NFP work_6fsgua7v2bf3bhu2cimvomab7m 110 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 111 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 112 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 113 1 GcN(s GcN(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 113 2 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 113 3   NNP work_6fsgua7v2bf3bhu2cimvomab7m 113 4   NNP work_6fsgua7v2bf3bhu2cimvomab7m 113 5   NN work_6fsgua7v2bf3bhu2cimvomab7m 113 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 113 7 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 113 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 113 9 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 113 10 Therefore therefore RB work_6fsgua7v2bf3bhu2cimvomab7m 113 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 113 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 113 13 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 113 14 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 113 15 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 113 16 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 113 17 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 113 18 : : : work_6fsgua7v2bf3bhu2cimvomab7m 113 19 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 113 20 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 113 21 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 113 22 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 113 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 113 24 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 113 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 113 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 114 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 115 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 116 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 116 2 kcN kcN NNP work_6fsgua7v2bf3bhu2cimvomab7m 116 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 116 4 TiN TiN NNP work_6fsgua7v2bf3bhu2cimvomab7m 116 5 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 116 6 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 116 7 ℜ ℜ NNP work_6fsgua7v2bf3bhu2cimvomab7m 116 8 2N 2n NN work_6fsgua7v2bf3bhu2cimvomab7m 116 9 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 116 10 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 116 11 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 116 12 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 116 13 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 116 14 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 116 15 convex convex JJ work_6fsgua7v2bf3bhu2cimvomab7m 116 16 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 116 17 developed develop VBN work_6fsgua7v2bf3bhu2cimvomab7m 116 18 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 116 19 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 116 20 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 116 21 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 116 22 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 116 23 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 116 24 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 116 25 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 116 26 guideline guideline NN work_6fsgua7v2bf3bhu2cimvomab7m 116 27 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 116 28 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 116 29 SISO SISO NNP work_6fsgua7v2bf3bhu2cimvomab7m 116 30 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 116 31 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 116 32 . . . work_6fsgua7v2bf3bhu2cimvomab7m 117 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 117 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 117 3 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 117 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 117 5 analytical analytical JJ work_6fsgua7v2bf3bhu2cimvomab7m 117 6 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 117 7 model model JJ work_6fsgua7v2bf3bhu2cimvomab7m 117 8 oriented orient VBN work_6fsgua7v2bf3bhu2cimvomab7m 117 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 117 10 does do VBZ work_6fsgua7v2bf3bhu2cimvomab7m 117 11 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 117 12 require require VB work_6fsgua7v2bf3bhu2cimvomab7m 117 13 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 117 14 time time NN work_6fsgua7v2bf3bhu2cimvomab7m 117 15 domain domain NN work_6fsgua7v2bf3bhu2cimvomab7m 117 16 function function NN work_6fsgua7v2bf3bhu2cimvomab7m 117 17 computations computation NNS work_6fsgua7v2bf3bhu2cimvomab7m 117 18 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 117 19 simulations simulation NNS work_6fsgua7v2bf3bhu2cimvomab7m 117 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 117 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 118 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 118 2 defines define VBZ work_6fsgua7v2bf3bhu2cimvomab7m 118 3 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 118 4 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 118 5 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 118 6 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 118 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 118 8 maximum maximum JJ work_6fsgua7v2bf3bhu2cimvomab7m 118 9 sensitivity sensitivity NN work_6fsgua7v2bf3bhu2cimvomab7m 118 10 func- func- NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 11 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 118 12 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 118 13 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 118 14 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 118 15 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 118 16 Ms Ms NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 17 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 118 18 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 19 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 20 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 21 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 22 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 118 23 1+Gc(ω)Gp(ω 1+gc(ω)gp(ω CD work_6fsgua7v2bf3bhu2cimvomab7m 118 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 118 25 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 26 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 27 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 28 and/or and/or CC work_6fsgua7v2bf3bhu2cimvomab7m 118 29 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 118 30 maximum maximum JJ work_6fsgua7v2bf3bhu2cimvomab7m 118 31 complementary complementary JJ work_6fsgua7v2bf3bhu2cimvomab7m 118 32 sensitivity sensitivity NN work_6fsgua7v2bf3bhu2cimvomab7m 118 33 function function NN work_6fsgua7v2bf3bhu2cimvomab7m 118 34 Mp Mp NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 35 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 118 36 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 37 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 38 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 39 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 40 Gc(ω Gc(ω NNP work_6fsgua7v2bf3bhu2cimvomab7m 118 41 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 118 42 1+Gc(ω)Gp(ω 1+gc(ω)gp(ω CD work_6fsgua7v2bf3bhu2cimvomab7m 118 43 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 118 44 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 45 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 118 46 ∣ ∣ NN work_6fsgua7v2bf3bhu2cimvomab7m 118 47 . . . work_6fsgua7v2bf3bhu2cimvomab7m 119 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 119 2 numerical numerical JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 3 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 4 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 5 convex convex JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 6 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 119 7 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 119 8 then then RB work_6fsgua7v2bf3bhu2cimvomab7m 119 9 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 119 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 119 11 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 119 12 increasing increase VBG work_6fsgua7v2bf3bhu2cimvomab7m 119 13 as as RB work_6fsgua7v2bf3bhu2cimvomab7m 119 14 much much RB work_6fsgua7v2bf3bhu2cimvomab7m 119 15 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 119 16 possible possible JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 119 18 integral integral JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 19 gain gain NN work_6fsgua7v2bf3bhu2cimvomab7m 119 20 ki ki FW work_6fsgua7v2bf3bhu2cimvomab7m 119 21 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 119 22 kc kc NNP work_6fsgua7v2bf3bhu2cimvomab7m 119 23 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 119 24 Ti Ti NNP work_6fsgua7v2bf3bhu2cimvomab7m 119 25 subject subject JJ work_6fsgua7v2bf3bhu2cimvomab7m 119 26 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 119 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 119 28 values value NNS work_6fsgua7v2bf3bhu2cimvomab7m 119 29 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 119 30 Ms Ms NNP work_6fsgua7v2bf3bhu2cimvomab7m 119 31 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 119 32 Mp Mp NNP work_6fsgua7v2bf3bhu2cimvomab7m 119 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 119 34 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 119 35 obtain obtain VB work_6fsgua7v2bf3bhu2cimvomab7m 119 36 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 119 37 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 119 38 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 119 39 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 119 40 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 119 41 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 119 42 load load NN work_6fsgua7v2bf3bhu2cimvomab7m 119 43 rejection rejection NN work_6fsgua7v2bf3bhu2cimvomab7m 119 44 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 119 45 robustness robustness NN work_6fsgua7v2bf3bhu2cimvomab7m 119 46 . . . work_6fsgua7v2bf3bhu2cimvomab7m 120 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 120 2 previous previous JJ work_6fsgua7v2bf3bhu2cimvomab7m 120 3 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 120 4 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 120 5 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 120 6 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 120 7 adapted adapt VBN work_6fsgua7v2bf3bhu2cimvomab7m 120 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 120 9 MOEAs moea NNS work_6fsgua7v2bf3bhu2cimvomab7m 120 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 120 11 defining define VBG work_6fsgua7v2bf3bhu2cimvomab7m 120 12 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 120 13 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 120 14 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 120 15 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 120 16 ki ki NNP work_6fsgua7v2bf3bhu2cimvomab7m 120 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 120 18 Ms Ms NNP work_6fsgua7v2bf3bhu2cimvomab7m 120 19 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 120 20 Mp Mp NNP work_6fsgua7v2bf3bhu2cimvomab7m 120 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 121 1 Such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 121 2 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 121 3 give give VBP work_6fsgua7v2bf3bhu2cimvomab7m 121 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 121 5 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 121 6 some some DT work_6fsgua7v2bf3bhu2cimvomab7m 121 7 insight insight NN work_6fsgua7v2bf3bhu2cimvomab7m 121 8 regarding regard VBG work_6fsgua7v2bf3bhu2cimvomab7m 121 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 121 10 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 121 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 121 12 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 121 13 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 121 14 robustness robustness NN work_6fsgua7v2bf3bhu2cimvomab7m 121 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 121 16 load load NN work_6fsgua7v2bf3bhu2cimvomab7m 121 17 rejection rejection NN work_6fsgua7v2bf3bhu2cimvomab7m 121 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 121 19 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 121 20 set set VBN work_6fsgua7v2bf3bhu2cimvomab7m 121 21 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 121 22 response response NN work_6fsgua7v2bf3bhu2cimvomab7m 121 23 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 121 24 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 121 25 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 121 26 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 121 27 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 121 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 122 1 To to TO work_6fsgua7v2bf3bhu2cimvomab7m 122 2 apply apply VB work_6fsgua7v2bf3bhu2cimvomab7m 122 3 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 122 4 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 122 5 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 122 6 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 122 7 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 122 8 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 122 9 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 122 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 122 11 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 122 12 index index NN work_6fsgua7v2bf3bhu2cimvomab7m 122 13 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 122 14 measure measure VB work_6fsgua7v2bf3bhu2cimvomab7m 122 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 122 16 overall overall JJ work_6fsgua7v2bf3bhu2cimvomab7m 122 17 MIMO mimo NN work_6fsgua7v2bf3bhu2cimvomab7m 122 18 system system NN work_6fsgua7v2bf3bhu2cimvomab7m 122 19 stability stability NN work_6fsgua7v2bf3bhu2cimvomab7m 122 20 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 122 21 required require VBN work_6fsgua7v2bf3bhu2cimvomab7m 122 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 123 1 Here here RB work_6fsgua7v2bf3bhu2cimvomab7m 123 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 123 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 123 4 closed closed JJ work_6fsgua7v2bf3bhu2cimvomab7m 123 5 loop loop NN work_6fsgua7v2bf3bhu2cimvomab7m 123 6 log log NNP work_6fsgua7v2bf3bhu2cimvomab7m 123 7 modulus modulus NNP work_6fsgua7v2bf3bhu2cimvomab7m 123 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 123 9 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 123 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 123 11 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 123 12 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 123 13 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 123 14 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 123 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 123 16 robustness robustness NN work_6fsgua7v2bf3bhu2cimvomab7m 123 17 indicator indicator NN work_6fsgua7v2bf3bhu2cimvomab7m 123 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 124 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 124 2 index index NN work_6fsgua7v2bf3bhu2cimvomab7m 124 3 leads lead VBZ work_6fsgua7v2bf3bhu2cimvomab7m 124 4 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 124 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 124 6 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 124 7 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 124 8 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 124 9 largest large JJS work_6fsgua7v2bf3bhu2cimvomab7m 124 10 log log NN work_6fsgua7v2bf3bhu2cimvomab7m 124 11 modulus modulus NNP work_6fsgua7v2bf3bhu2cimvomab7m 124 12 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 124 13 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 124 14 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 124 15 tuning tune VBG work_6fsgua7v2bf3bhu2cimvomab7m 124 16 criteria criterion NNS work_6fsgua7v2bf3bhu2cimvomab7m 124 17 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 124 18 diagonal diagonal JJ work_6fsgua7v2bf3bhu2cimvomab7m 124 19 PID PID NNP work_6fsgua7v2bf3bhu2cimvomab7m 124 20 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 124 21 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 124 22 MIMO MIMO NNP work_6fsgua7v2bf3bhu2cimvomab7m 124 23 processes process VBZ work_6fsgua7v2bf3bhu2cimvomab7m 124 24 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 124 25 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 124 26 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 124 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 125 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 125 2 criteria criterion NNS work_6fsgua7v2bf3bhu2cimvomab7m 125 3 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 125 4 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 125 5 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 125 6 : : : work_6fsgua7v2bf3bhu2cimvomab7m 125 7 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 125 8 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 125 9 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 125 10 log log NN work_6fsgua7v2bf3bhu2cimvomab7m 125 11 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 12 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 13 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 14 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 15 W(s w(s CD work_6fsgua7v2bf3bhu2cimvomab7m 125 16 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 17 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 125 18 + + CC work_6fsgua7v2bf3bhu2cimvomab7m 125 19 W(s w(s NN work_6fsgua7v2bf3bhu2cimvomab7m 125 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 21 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 22 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 23 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 24 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 125 25 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 26 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 125 27 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 28 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 125 29 W(s w(s NN work_6fsgua7v2bf3bhu2cimvomab7m 125 30 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 31 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 125 32 −1 −1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 125 33 + + CC work_6fsgua7v2bf3bhu2cimvomab7m 125 34 det det NN work_6fsgua7v2bf3bhu2cimvomab7m 125 35 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 36 I i NN work_6fsgua7v2bf3bhu2cimvomab7m 125 37 + + CC work_6fsgua7v2bf3bhu2cimvomab7m 125 38 Gp(s)Gc(s gp(s)gc(s NN work_6fsgua7v2bf3bhu2cimvomab7m 125 39 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 40 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 125 41 . . . work_6fsgua7v2bf3bhu2cimvomab7m 126 1 Therefore therefore RB work_6fsgua7v2bf3bhu2cimvomab7m 126 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 126 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 126 4 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 126 5 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 126 6 hand hand NN work_6fsgua7v2bf3bhu2cimvomab7m 126 7 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 126 8 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 126 9 find find VB work_6fsgua7v2bf3bhu2cimvomab7m 126 10 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 126 11 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 126 12 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 126 13 off off RP work_6fsgua7v2bf3bhu2cimvomab7m 126 14 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 126 15 θ θ NN work_6fsgua7v2bf3bhu2cimvomab7m 126 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 126 17 that that RB work_6fsgua7v2bf3bhu2cimvomab7m 126 18 is is RB work_6fsgua7v2bf3bhu2cimvomab7m 126 19 : : : work_6fsgua7v2bf3bhu2cimvomab7m 126 20 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 126 21 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 126 22 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 126 23 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 126 24 −ki1 −ki1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 126 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 126 26 Ms1 Ms1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 126 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 126 28 Mp1 mp1 CD work_6fsgua7v2bf3bhu2cimvomab7m 126 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 126 30 . . . work_6fsgua7v2bf3bhu2cimvomab7m 127 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 128 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 129 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 129 2 −kiN −kiN NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 129 4 MsN MsN NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 129 6 MpN MpN NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 129 8 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 9 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 129 10 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 11 ℜ ℜ NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 12 3N+1 3n+1 CD work_6fsgua7v2bf3bhu2cimvomab7m 129 13 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 129 14 8) 8) CD work_6fsgua7v2bf3bhu2cimvomab7m 129 15 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 129 16 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 129 17 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 129 18 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 129 19 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 129 20 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 129 21 Equation Equation NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 22 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 129 23 8) 8) CD work_6fsgua7v2bf3bhu2cimvomab7m 129 24 does do VBZ work_6fsgua7v2bf3bhu2cimvomab7m 129 25 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 129 26 guarantee guarantee VB work_6fsgua7v2bf3bhu2cimvomab7m 129 27 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 129 28 give give VB work_6fsgua7v2bf3bhu2cimvomab7m 129 29 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 129 30 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 31 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 129 32 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 129 33 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 129 34 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 129 35 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 129 36 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 129 37 good good JJ work_6fsgua7v2bf3bhu2cimvomab7m 129 38 degree degree NN work_6fsgua7v2bf3bhu2cimvomab7m 129 39 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 129 40 flexibility flexibility NN work_6fsgua7v2bf3bhu2cimvomab7m 129 41 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 129 42 select select VB work_6fsgua7v2bf3bhu2cimvomab7m 129 43 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 129 44 reliable reliable JJ work_6fsgua7v2bf3bhu2cimvomab7m 129 45 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 129 46 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 129 47 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 129 48 . . . work_6fsgua7v2bf3bhu2cimvomab7m 130 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 130 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 130 3 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 130 4 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 130 5 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 130 6 that that IN work_6fsgua7v2bf3bhu2cimvomab7m 130 7 certain certain JJ work_6fsgua7v2bf3bhu2cimvomab7m 130 8 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 130 9 limits limit NNS work_6fsgua7v2bf3bhu2cimvomab7m 130 10 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 130 11 Ms Ms NNP work_6fsgua7v2bf3bhu2cimvomab7m 130 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 130 13 Mp Mp NNP work_6fsgua7v2bf3bhu2cimvomab7m 130 14 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 130 15 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 130 16 values value NNS work_6fsgua7v2bf3bhu2cimvomab7m 130 17 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 130 18 needed need VBN work_6fsgua7v2bf3bhu2cimvomab7m 130 19 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 130 20 guarantee guarantee VB work_6fsgua7v2bf3bhu2cimvomab7m 130 21 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 130 22 minimum minimum NN work_6fsgua7v2bf3bhu2cimvomab7m 130 23 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 130 24 stability stability NN work_6fsgua7v2bf3bhu2cimvomab7m 130 25 margin margin NN work_6fsgua7v2bf3bhu2cimvomab7m 130 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 131 1 Therefore therefore RB work_6fsgua7v2bf3bhu2cimvomab7m 131 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 131 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 131 4 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 5 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 131 6 must must MD work_6fsgua7v2bf3bhu2cimvomab7m 131 7 consider consider VB work_6fsgua7v2bf3bhu2cimvomab7m 131 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 131 9 following follow VBG work_6fsgua7v2bf3bhu2cimvomab7m 131 10 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 131 11 limits limit NNS work_6fsgua7v2bf3bhu2cimvomab7m 131 12 : : : work_6fsgua7v2bf3bhu2cimvomab7m 131 13 8 8 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 14 kc1 kc1 NNS work_6fsgua7v2bf3bhu2cimvomab7m 131 15 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 131 16 ν1 ν1 NN work_6fsgua7v2bf3bhu2cimvomab7m 131 17 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 131 18 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 19 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 131 20 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 21 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 22 Ku1 Ku1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 23 ... ... : work_6fsgua7v2bf3bhu2cimvomab7m 131 24 kcN kcN NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 25 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 131 26 νN νN NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 27 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 131 28 kcN kcN NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 29 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 131 30 TiN TiN NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 31 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 32 KuN KuN NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 33 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 34 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 131 35 Ms1, Ms1, NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 36 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 131 37 ,N ,n ADD work_6fsgua7v2bf3bhu2cimvomab7m 131 38 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 39 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 40 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 41 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 131 42 Mp1, Mp1, NNS work_6fsgua7v2bf3bhu2cimvomab7m 131 43 ... ... NFP work_6fsgua7v2bf3bhu2cimvomab7m 131 44 ,N ,N NFP work_6fsgua7v2bf3bhu2cimvomab7m 131 45 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 46 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 47 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 48 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 49 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 131 50 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 131 51 2N 2n NN work_6fsgua7v2bf3bhu2cimvomab7m 131 52 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 131 53 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 54 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 131 55 Where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 131 56 ν ν NN work_6fsgua7v2bf3bhu2cimvomab7m 131 57 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 131 58 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 131 59 maximum maximum JJ work_6fsgua7v2bf3bhu2cimvomab7m 131 60 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 131 61 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 131 62 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 131 63 time time NN work_6fsgua7v2bf3bhu2cimvomab7m 131 64 delay delay NN work_6fsgua7v2bf3bhu2cimvomab7m 131 65 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 131 66 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 131 67 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 131 68 . . . work_6fsgua7v2bf3bhu2cimvomab7m 132 1 Constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 132 2 kc kc NN work_6fsgua7v2bf3bhu2cimvomab7m 132 3 + + CC work_6fsgua7v2bf3bhu2cimvomab7m 132 4 ν ν NN work_6fsgua7v2bf3bhu2cimvomab7m 132 5 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 132 6 kc kc NNP work_6fsgua7v2bf3bhu2cimvomab7m 132 7 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 132 8 Ti Ti NNP work_6fsgua7v2bf3bhu2cimvomab7m 132 9 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 132 10 Ku Ku NNP work_6fsgua7v2bf3bhu2cimvomab7m 132 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 132 12 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 132 13 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 132 14 bound bind VBN work_6fsgua7v2bf3bhu2cimvomab7m 132 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 132 16 maximum maximum NN work_6fsgua7v2bf3bhu2cimvomab7m 132 17 allowed allow VBD work_6fsgua7v2bf3bhu2cimvomab7m 132 18 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 132 19 action action NN work_6fsgua7v2bf3bhu2cimvomab7m 132 20 effort effort NN work_6fsgua7v2bf3bhu2cimvomab7m 132 21 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 132 22 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 132 23 ultimate ultimate JJ work_6fsgua7v2bf3bhu2cimvomab7m 132 24 gain gain NN work_6fsgua7v2bf3bhu2cimvomab7m 132 25 Ku Ku NNP work_6fsgua7v2bf3bhu2cimvomab7m 132 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 133 1 Constraints constraint NNS work_6fsgua7v2bf3bhu2cimvomab7m 133 2 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 133 3 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 133 4 Ms Ms NNP work_6fsgua7v2bf3bhu2cimvomab7m 133 5 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 133 6 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 133 7 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 133 8 Mp Mp NNP work_6fsgua7v2bf3bhu2cimvomab7m 133 9 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 133 10 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 133 11 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 133 12 avoid avoid VB work_6fsgua7v2bf3bhu2cimvomab7m 133 13 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 133 14 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 133 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 133 16 sluggish sluggish JJ work_6fsgua7v2bf3bhu2cimvomab7m 133 17 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 133 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 133 19 while while IN work_6fsgua7v2bf3bhu2cimvomab7m 133 20 constraints constraint NNS work_6fsgua7v2bf3bhu2cimvomab7m 133 21 Ms Ms NNP work_6fsgua7v2bf3bhu2cimvomab7m 133 22 ≤ ≤ VBP work_6fsgua7v2bf3bhu2cimvomab7m 133 23 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 133 24 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 133 25 Mp Mp NNP work_6fsgua7v2bf3bhu2cimvomab7m 133 26 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 133 27 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 133 28 guarantee guarantee NN work_6fsgua7v2bf3bhu2cimvomab7m 133 29 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 133 30 minimum minimum NN work_6fsgua7v2bf3bhu2cimvomab7m 133 31 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 133 32 stability stability NN work_6fsgua7v2bf3bhu2cimvomab7m 133 33 margin margin NN work_6fsgua7v2bf3bhu2cimvomab7m 133 34 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 133 35 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 133 36 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 133 37 . . . work_6fsgua7v2bf3bhu2cimvomab7m 134 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 134 2 empirical empirical JJ work_6fsgua7v2bf3bhu2cimvomab7m 134 3 rule rule NN work_6fsgua7v2bf3bhu2cimvomab7m 134 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 134 5 keep keep VB work_6fsgua7v2bf3bhu2cimvomab7m 134 6 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 134 7 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 134 8 2N 2n NN work_6fsgua7v2bf3bhu2cimvomab7m 134 9 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 134 10 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 134 11 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 134 12 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 134 13 accepted accept VBN work_6fsgua7v2bf3bhu2cimvomab7m 134 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 135 1 3.2 3.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 135 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 136 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 136 2 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 136 3 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 136 4 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 136 5 constraints constraint NNS work_6fsgua7v2bf3bhu2cimvomab7m 136 6 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 136 7 considered consider VBN work_6fsgua7v2bf3bhu2cimvomab7m 136 8 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 136 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 136 10 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 136 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 136 12 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 136 13 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 136 14 handling handling NN work_6fsgua7v2bf3bhu2cimvomab7m 136 15 mecha- mecha- NN work_6fsgua7v2bf3bhu2cimvomab7m 136 16 nism nism NN work_6fsgua7v2bf3bhu2cimvomab7m 136 17 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 136 18 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 136 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 137 1 According accord VBG work_6fsgua7v2bf3bhu2cimvomab7m 137 2 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 137 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 137 4 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 137 5 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 137 6 empirical empirical JJ work_6fsgua7v2bf3bhu2cimvomab7m 137 7 limits limit NNS work_6fsgua7v2bf3bhu2cimvomab7m 137 8 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 137 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 137 10 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 137 11 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 137 12 Equation Equation NNP work_6fsgua7v2bf3bhu2cimvomab7m 137 13 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 137 14 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 137 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 137 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 137 17 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 137 18 unfeasible unfeasible JJ work_6fsgua7v2bf3bhu2cimvomab7m 137 19 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 137 20 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 137 21 punished punish VBN work_6fsgua7v2bf3bhu2cimvomab7m 137 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 138 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 138 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 138 3 8 8 CD work_6fsgua7v2bf3bhu2cimvomab7m 138 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 138 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 138 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 138 7 penalty penalty NN work_6fsgua7v2bf3bhu2cimvomab7m 138 8 func- func- JJ work_6fsgua7v2bf3bhu2cimvomab7m 138 9 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 138 10 without without IN work_6fsgua7v2bf3bhu2cimvomab7m 138 11 penalty penalty NN work_6fsgua7v2bf3bhu2cimvomab7m 138 12 parameter parameter NN work_6fsgua7v2bf3bhu2cimvomab7m 138 13 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 138 14 proposed propose VBN work_6fsgua7v2bf3bhu2cimvomab7m 138 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 139 1 Such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 139 2 penalty penalty NN work_6fsgua7v2bf3bhu2cimvomab7m 139 3 function function NN work_6fsgua7v2bf3bhu2cimvomab7m 139 4 enforces enforce VBZ work_6fsgua7v2bf3bhu2cimvomab7m 139 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 139 6 following follow VBG work_6fsgua7v2bf3bhu2cimvomab7m 139 7 criteria criterion NNS work_6fsgua7v2bf3bhu2cimvomab7m 139 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 139 9 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 139 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 140 1 Any any DT work_6fsgua7v2bf3bhu2cimvomab7m 140 2 feasible feasible JJ work_6fsgua7v2bf3bhu2cimvomab7m 140 3 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 140 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 140 5 preferred prefer VBN work_6fsgua7v2bf3bhu2cimvomab7m 140 6 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 140 7 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 140 8 infeasible infeasible JJ work_6fsgua7v2bf3bhu2cimvomab7m 140 9 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 140 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 141 1 2 2 LS work_6fsgua7v2bf3bhu2cimvomab7m 141 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 142 1 Between between IN work_6fsgua7v2bf3bhu2cimvomab7m 142 2 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 142 3 feasible feasible JJ work_6fsgua7v2bf3bhu2cimvomab7m 142 4 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 142 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 142 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 142 7 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 142 8 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 142 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 142 10 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 142 11 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 142 12 function function NN work_6fsgua7v2bf3bhu2cimvomab7m 142 13 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 142 14 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 142 15 preferred prefer VBN work_6fsgua7v2bf3bhu2cimvomab7m 142 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 143 1 3 3 LS work_6fsgua7v2bf3bhu2cimvomab7m 143 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 144 1 Between between IN work_6fsgua7v2bf3bhu2cimvomab7m 144 2 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 144 3 infeasible infeasible JJ work_6fsgua7v2bf3bhu2cimvomab7m 144 4 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 144 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 144 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 144 7 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 144 8 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 144 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 144 10 smaller small JJR work_6fsgua7v2bf3bhu2cimvomab7m 144 11 con- con- NN work_6fsgua7v2bf3bhu2cimvomab7m 144 12 straint straint NN work_6fsgua7v2bf3bhu2cimvomab7m 144 13 violation violation NN work_6fsgua7v2bf3bhu2cimvomab7m 144 14 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 144 15 preferred prefer VBN work_6fsgua7v2bf3bhu2cimvomab7m 144 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 145 1 Following follow VBG work_6fsgua7v2bf3bhu2cimvomab7m 145 2 these these DT work_6fsgua7v2bf3bhu2cimvomab7m 145 3 ideas idea NNS work_6fsgua7v2bf3bhu2cimvomab7m 145 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 145 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 145 6 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 7 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 145 8 objective objective NN work_6fsgua7v2bf3bhu2cimvomab7m 145 9 takes take VBZ work_6fsgua7v2bf3bhu2cimvomab7m 145 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 145 11 form form NN work_6fsgua7v2bf3bhu2cimvomab7m 145 12 : : : work_6fsgua7v2bf3bhu2cimvomab7m 145 13 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 14 θ∈ℜ2N θ∈ℜ2N NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 15 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 16 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 17 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 145 18   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 19   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 20   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 21   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 22   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 23   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 24   NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 25 J(θ j(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 145 26 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 27 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 28 ℜ3N+1 ℜ3n+1 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 29 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 145 30 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 31 ∑ ∑ CD work_6fsgua7v2bf3bhu2cimvomab7m 145 32 k=1 k=1 JJ work_6fsgua7v2bf3bhu2cimvomab7m 145 33 φk(θ φk(θ CD work_6fsgua7v2bf3bhu2cimvomab7m 145 34 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 35 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 145 36 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 37 offset offset NN work_6fsgua7v2bf3bhu2cimvomab7m 145 38 + + NFP work_6fsgua7v2bf3bhu2cimvomab7m 145 39 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 40 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 41 ∑ ∑ CD work_6fsgua7v2bf3bhu2cimvomab7m 145 42 k=1 k=1 JJ work_6fsgua7v2bf3bhu2cimvomab7m 145 43 φk(θ φk(θ CD work_6fsgua7v2bf3bhu2cimvomab7m 145 44 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 45 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 46 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 145 47 R r NN work_6fsgua7v2bf3bhu2cimvomab7m 145 48 ∈ ∈ JJ work_6fsgua7v2bf3bhu2cimvomab7m 145 49 ℜ3N+1 ℜ3n+1 NN work_6fsgua7v2bf3bhu2cimvomab7m 145 50 otherwise otherwise RB work_6fsgua7v2bf3bhu2cimvomab7m 145 51 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 52 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 53 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 54 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 55 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 145 56 : : : work_6fsgua7v2bf3bhu2cimvomab7m 145 57 offset offset NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 58 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 145 59 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 60 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 61 Jmax Jmax NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 62 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 63 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 145 64 R R NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 65 φ1(θ φ1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 66 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 145 67 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 145 68 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 69 , , , work_6fsgua7v2bf3bhu2cimvomab7m 145 70 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 71 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 145 72 ν1kc1 ν1kc1 : work_6fsgua7v2bf3bhu2cimvomab7m 145 73 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 145 74 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 75 Ku1 Ku1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 145 76 , , , work_6fsgua7v2bf3bhu2cimvomab7m 145 77 . . . work_6fsgua7v2bf3bhu2cimvomab7m 146 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 147 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 148 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 148 2 kcN kcN NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 3 + + CC work_6fsgua7v2bf3bhu2cimvomab7m 148 4 νNkcN νnkcn NN work_6fsgua7v2bf3bhu2cimvomab7m 148 5 TiN TiN NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 6 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 7 KuN KuN NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 8 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 148 9 φ2(θ φ2(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 148 11 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 148 12 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 148 14 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 148 15 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 148 16 Ms1 ms1 CD work_6fsgua7v2bf3bhu2cimvomab7m 148 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 149 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 150 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 151 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 151 2 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 151 3 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 151 4 MsN MsN NNP work_6fsgua7v2bf3bhu2cimvomab7m 151 5 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 151 6 φ3(θ φ3(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 151 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 151 8 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 151 9 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 151 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 151 11 1.0 1.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 151 12 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 151 13 Mp1 mp1 CD work_6fsgua7v2bf3bhu2cimvomab7m 151 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 152 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 153 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 154 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 154 2 1.0 1.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 154 3 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 154 4 MpN mpn NN work_6fsgua7v2bf3bhu2cimvomab7m 154 5 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 154 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 154 7 11 11 CD work_6fsgua7v2bf3bhu2cimvomab7m 154 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 154 9 φ4(θ φ4(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 154 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 154 11 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 154 12 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 154 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 154 14 Ms1 Ms1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 154 15 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 154 16 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 154 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 154 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 155 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 156 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 157 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 157 2 MsN MsN NNP work_6fsgua7v2bf3bhu2cimvomab7m 157 3 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 157 4 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 157 5 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 157 6 φ5(θ φ5(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 157 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 157 8 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 157 9 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 157 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 157 11 Mp1 mp1 CD work_6fsgua7v2bf3bhu2cimvomab7m 157 12 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 157 13 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 157 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 157 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 158 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 159 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 160 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 160 2 MpN MpN NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 3 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 4 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 160 5 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 6 φ6(θ φ6(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 8 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 160 9 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 160 11 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 12 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 13 2N 2n NN work_6fsgua7v2bf3bhu2cimvomab7m 160 14 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 15 φ7(θ φ7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 16 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 17 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 160 18 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 160 20 −Lcm −Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 160 21 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 22 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 23 12 12 CD work_6fsgua7v2bf3bhu2cimvomab7m 160 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 160 25 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 160 26 R r NN work_6fsgua7v2bf3bhu2cimvomab7m 160 27 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 160 28 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 160 29 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 160 30 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 160 31 1s 1 NNS work_6fsgua7v2bf3bhu2cimvomab7m 160 32 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 160 33 dimension dimension NN work_6fsgua7v2bf3bhu2cimvomab7m 160 34 1x7 1x7 CD work_6fsgua7v2bf3bhu2cimvomab7m 160 35 . . . work_6fsgua7v2bf3bhu2cimvomab7m 161 1 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 161 2 extensive extensive JJ work_6fsgua7v2bf3bhu2cimvomab7m 161 3 list list NN work_6fsgua7v2bf3bhu2cimvomab7m 161 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 161 5 MOEAs MOEAs NNPS work_6fsgua7v2bf3bhu2cimvomab7m 161 6 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 161 7 available available JJ work_6fsgua7v2bf3bhu2cimvomab7m 161 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 161 9 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 161 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 162 1 Some some DT work_6fsgua7v2bf3bhu2cimvomab7m 162 2 examples example NNS work_6fsgua7v2bf3bhu2cimvomab7m 162 3 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 162 4 NSGA NSGA NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 162 6 II II NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 7 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 8 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 162 9 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 162 11 MOGA MOGA NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 12 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 13 11 11 CD work_6fsgua7v2bf3bhu2cimvomab7m 162 14 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 162 16 ǫv ǫv NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 17 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 162 18 MOGA MOGA NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 19 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 20 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 162 21 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 162 23 paǫ paǫ NN work_6fsgua7v2bf3bhu2cimvomab7m 162 24 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 162 25 MyDE MyDE NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 26 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 27 17 17 CD work_6fsgua7v2bf3bhu2cimvomab7m 162 28 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 162 30 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 31 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 162 32 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 162 33 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 34 37 37 CD work_6fsgua7v2bf3bhu2cimvomab7m 162 35 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 162 36 , , , work_6fsgua7v2bf3bhu2cimvomab7m 162 37 among among IN work_6fsgua7v2bf3bhu2cimvomab7m 162 38 others other NNS work_6fsgua7v2bf3bhu2cimvomab7m 162 39 . . . work_6fsgua7v2bf3bhu2cimvomab7m 163 1 They -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 163 2 have have VBP work_6fsgua7v2bf3bhu2cimvomab7m 163 3 been be VBN work_6fsgua7v2bf3bhu2cimvomab7m 163 4 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 163 5 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 163 6 SISO SISO NNP work_6fsgua7v2bf3bhu2cimvomab7m 163 7 PID pid NN work_6fsgua7v2bf3bhu2cimvomab7m 163 8 tuning tune VBG work_6fsgua7v2bf3bhu2cimvomab7m 163 9 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 163 10 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 163 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 163 12 41 41 CD work_6fsgua7v2bf3bhu2cimvomab7m 163 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 163 14 42 42 CD work_6fsgua7v2bf3bhu2cimvomab7m 163 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 163 16 38 38 CD work_6fsgua7v2bf3bhu2cimvomab7m 163 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 163 18 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 163 19 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 163 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 163 21 as as RB work_6fsgua7v2bf3bhu2cimvomab7m 163 22 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 163 23 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 163 24 MIMO mimo NN work_6fsgua7v2bf3bhu2cimvomab7m 163 25 tuning tune VBG work_6fsgua7v2bf3bhu2cimvomab7m 163 26 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 163 27 53 53 CD work_6fsgua7v2bf3bhu2cimvomab7m 163 28 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 163 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 164 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 164 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 164 3 case case NN work_6fsgua7v2bf3bhu2cimvomab7m 164 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 164 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 164 6 differential differential NN work_6fsgua7v2bf3bhu2cimvomab7m 164 7 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 164 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 164 9 DE DE NNP work_6fsgua7v2bf3bhu2cimvomab7m 164 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 164 11 algorithm algorithm NNP work_6fsgua7v2bf3bhu2cimvomab7m 164 12 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 164 13 49 49 CD work_6fsgua7v2bf3bhu2cimvomab7m 164 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 164 15 48 48 CD work_6fsgua7v2bf3bhu2cimvomab7m 164 16 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 164 17 was be VBD work_6fsgua7v2bf3bhu2cimvomab7m 164 18 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 164 19 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 164 20 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 164 21 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 164 22 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 164 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 165 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 165 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 165 3 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 165 4 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 165 5 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 165 6 DE DE NNP work_6fsgua7v2bf3bhu2cimvomab7m 165 7 have have VBP work_6fsgua7v2bf3bhu2cimvomab7m 165 8 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 165 9 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 165 10 remarkable remarkable JJ work_6fsgua7v2bf3bhu2cimvomab7m 165 11 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 165 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 165 13 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 165 14 variety variety NN work_6fsgua7v2bf3bhu2cimvomab7m 165 15 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 165 16 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 165 17 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 165 18 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 165 19 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 165 20 21 21 CD work_6fsgua7v2bf3bhu2cimvomab7m 165 21 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 165 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 166 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 166 2 DE DE NNP work_6fsgua7v2bf3bhu2cimvomab7m 166 3 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 166 4 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 166 5 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 166 6 main main JJ work_6fsgua7v2bf3bhu2cimvomab7m 166 7 operators operator NNS work_6fsgua7v2bf3bhu2cimvomab7m 166 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 166 9 mutation mutation NN work_6fsgua7v2bf3bhu2cimvomab7m 166 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 166 11 crossover crossover NN work_6fsgua7v2bf3bhu2cimvomab7m 166 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 167 1 Mutation mutation NN work_6fsgua7v2bf3bhu2cimvomab7m 167 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 167 3 At at IN work_6fsgua7v2bf3bhu2cimvomab7m 167 4 generation generation NN work_6fsgua7v2bf3bhu2cimvomab7m 167 5 k k XX work_6fsgua7v2bf3bhu2cimvomab7m 167 6 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 167 7 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 167 8 target target NN work_6fsgua7v2bf3bhu2cimvomab7m 167 9 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 10 parent parent NN work_6fsgua7v2bf3bhu2cimvomab7m 167 11 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 12 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 167 13 θi|k θi|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 167 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 167 16 mutant mutant JJ work_6fsgua7v2bf3bhu2cimvomab7m 167 17 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 167 18 vi|k vi|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 19 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 167 20 generated generate VBN work_6fsgua7v2bf3bhu2cimvomab7m 167 21 according accord VBG work_6fsgua7v2bf3bhu2cimvomab7m 167 22 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 167 23 Equation Equation NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 24 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 25 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 167 26 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 27 : : : work_6fsgua7v2bf3bhu2cimvomab7m 167 28 v v LS work_6fsgua7v2bf3bhu2cimvomab7m 167 29 i|k i|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 30 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 167 31 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 32 r1|k r1|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 33 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 167 34 F(θ F(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 35 r2|k r2|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 36 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 37 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 38 r3|k r3|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 39 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 40 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 41 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 167 42 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 167 43 Where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 167 44 r1 r1 NN work_6fsgua7v2bf3bhu2cimvomab7m 167 45 6= 6= CD work_6fsgua7v2bf3bhu2cimvomab7m 167 46 r2 r2 JJ work_6fsgua7v2bf3bhu2cimvomab7m 167 47 6= 6= CD work_6fsgua7v2bf3bhu2cimvomab7m 167 48 r3 r3 VBN work_6fsgua7v2bf3bhu2cimvomab7m 167 49 6= 6= CD work_6fsgua7v2bf3bhu2cimvomab7m 167 50 i i PRP work_6fsgua7v2bf3bhu2cimvomab7m 167 51 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 167 52 F F NNP work_6fsgua7v2bf3bhu2cimvomab7m 167 53 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 167 54 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 167 55 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 167 56 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 167 57 scaling scaling NN work_6fsgua7v2bf3bhu2cimvomab7m 167 58 factor factor NN work_6fsgua7v2bf3bhu2cimvomab7m 167 59 . . . work_6fsgua7v2bf3bhu2cimvomab7m 168 1 Crossover Crossover NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 168 3 For for IN work_6fsgua7v2bf3bhu2cimvomab7m 168 4 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 168 5 target target NN work_6fsgua7v2bf3bhu2cimvomab7m 168 6 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 168 7 θi|k θi|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 8 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 168 9 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 168 10 mutant mutant JJ work_6fsgua7v2bf3bhu2cimvomab7m 168 11 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 168 12 v v NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 13 i|k i|k CD work_6fsgua7v2bf3bhu2cimvomab7m 168 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 168 15 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 168 16 trial trial NN work_6fsgua7v2bf3bhu2cimvomab7m 168 17 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 168 18 child child NN work_6fsgua7v2bf3bhu2cimvomab7m 168 19 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 168 20 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 168 21 ui|k ui|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 22 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 168 23 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 168 24 u u NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 25 i i NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 26 1|k 1|k CD work_6fsgua7v2bf3bhu2cimvomab7m 168 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 168 28 u u NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 29 i i NNP work_6fsgua7v2bf3bhu2cimvomab7m 168 30 2|k 2|k CD work_6fsgua7v2bf3bhu2cimvomab7m 168 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 168 32 . . . work_6fsgua7v2bf3bhu2cimvomab7m 169 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 170 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 171 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 171 2 u u NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 3 i i NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 4 n|k n|k CD work_6fsgua7v2bf3bhu2cimvomab7m 171 5 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 171 6 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 171 7 created create VBN work_6fsgua7v2bf3bhu2cimvomab7m 171 8 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 171 9 follows follow VBZ work_6fsgua7v2bf3bhu2cimvomab7m 171 10 : : : work_6fsgua7v2bf3bhu2cimvomab7m 171 11 uij|k uij|k LS work_6fsgua7v2bf3bhu2cimvomab7m 171 12 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 171 13 { { -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 171 14 vij|k vij|k CD work_6fsgua7v2bf3bhu2cimvomab7m 171 15 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 171 16 rand(0 rand(0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 171 18 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 171 19 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 171 20 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 21 Cr Cr NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 22 θij|k θij|k NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 23 otherwise otherwise RB work_6fsgua7v2bf3bhu2cimvomab7m 171 24 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 171 25 14 14 CD work_6fsgua7v2bf3bhu2cimvomab7m 171 26 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 171 27 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 171 28 j j NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 29 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 171 30 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 171 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 171 32 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 171 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 171 34 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 171 35 . . . work_6fsgua7v2bf3bhu2cimvomab7m 172 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 173 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 174 1 n n LS work_6fsgua7v2bf3bhu2cimvomab7m 174 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 174 3 Cr Cr NNP work_6fsgua7v2bf3bhu2cimvomab7m 174 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 174 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 174 6 crossover crossover NN work_6fsgua7v2bf3bhu2cimvomab7m 174 7 probability probability NN work_6fsgua7v2bf3bhu2cimvomab7m 174 8 rate rate NN work_6fsgua7v2bf3bhu2cimvomab7m 174 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 175 1 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 175 2 For for IN work_6fsgua7v2bf3bhu2cimvomab7m 175 3 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 175 4 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 175 5 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 175 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 175 7 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 175 8 child child NN work_6fsgua7v2bf3bhu2cimvomab7m 175 9 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 175 10 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 175 11 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 175 12 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 175 13 parent parent NN work_6fsgua7v2bf3bhu2cimvomab7m 175 14 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 175 15 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 175 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 175 17 next next JJ work_6fsgua7v2bf3bhu2cimvomab7m 175 18 generation generation NN work_6fsgua7v2bf3bhu2cimvomab7m 175 19 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 175 20 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 175 21 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 175 22 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 175 23 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 175 24 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 175 25 cost cost NN work_6fsgua7v2bf3bhu2cimvomab7m 175 26 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 175 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 176 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 176 2 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 176 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 176 4 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 176 5 child child NN work_6fsgua7v2bf3bhu2cimvomab7m 176 6 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 176 7 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 176 8 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 176 9 his -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 176 10 parent parent NN work_6fsgua7v2bf3bhu2cimvomab7m 176 11 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 176 12 child child NN work_6fsgua7v2bf3bhu2cimvomab7m 176 13 ≺ ≺ NNP work_6fsgua7v2bf3bhu2cimvomab7m 176 14 parent parent NN work_6fsgua7v2bf3bhu2cimvomab7m 176 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 177 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 177 2 DE DE NNP work_6fsgua7v2bf3bhu2cimvomab7m 177 3 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 177 4 itself -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 177 5 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 177 6 only only RB work_6fsgua7v2bf3bhu2cimvomab7m 177 7 capable capable JJ work_6fsgua7v2bf3bhu2cimvomab7m 177 8 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 177 9 evolving evolve VBG work_6fsgua7v2bf3bhu2cimvomab7m 177 10 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 177 11 population population NN work_6fsgua7v2bf3bhu2cimvomab7m 177 12 towards towards IN work_6fsgua7v2bf3bhu2cimvomab7m 177 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 177 14 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 177 15 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 177 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 177 17 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 177 18 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 177 19 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 177 20 improve improve VB work_6fsgua7v2bf3bhu2cimvomab7m 177 21 diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 177 22 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 177 23 spread spread VB work_6fsgua7v2bf3bhu2cimvomab7m 177 24 along along IN work_6fsgua7v2bf3bhu2cimvomab7m 177 25 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 177 26 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 177 27 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 177 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 178 1 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 178 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 178 3 result result NN work_6fsgua7v2bf3bhu2cimvomab7m 178 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 178 5 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 178 6 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 178 7 necessary necessary JJ work_6fsgua7v2bf3bhu2cimvomab7m 178 8 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 178 9 use use VB work_6fsgua7v2bf3bhu2cimvomab7m 178 10 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 178 11 mechanism mechanism NN work_6fsgua7v2bf3bhu2cimvomab7m 178 12 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 178 13 improve improve VB work_6fsgua7v2bf3bhu2cimvomab7m 178 14 diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 178 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 179 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 179 2 use use NN work_6fsgua7v2bf3bhu2cimvomab7m 179 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 179 4 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 179 5 external external JJ work_6fsgua7v2bf3bhu2cimvomab7m 179 6 archive archive NN work_6fsgua7v2bf3bhu2cimvomab7m 179 7 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 179 8 very very RB work_6fsgua7v2bf3bhu2cimvomab7m 179 9 common common JJ work_6fsgua7v2bf3bhu2cimvomab7m 179 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 179 11 widely widely RB work_6fsgua7v2bf3bhu2cimvomab7m 179 12 accepted accept VBN work_6fsgua7v2bf3bhu2cimvomab7m 179 13 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 179 14 MOEAs MOEAs NNP work_6fsgua7v2bf3bhu2cimvomab7m 179 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 180 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 180 2 consists consist VBZ work_6fsgua7v2bf3bhu2cimvomab7m 180 3 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 180 4 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 180 5 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 180 6 evolutive evolutive JJ work_6fsgua7v2bf3bhu2cimvomab7m 180 7 population population NN work_6fsgua7v2bf3bhu2cimvomab7m 180 8 plus plus CC work_6fsgua7v2bf3bhu2cimvomab7m 180 9 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 180 10 external external JJ work_6fsgua7v2bf3bhu2cimvomab7m 180 11 archive archive NN work_6fsgua7v2bf3bhu2cimvomab7m 180 12 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 180 13 quality quality NN work_6fsgua7v2bf3bhu2cimvomab7m 180 14 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 180 15 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 180 16 stored store VBN work_6fsgua7v2bf3bhu2cimvomab7m 180 17 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 180 18 usually usually RB work_6fsgua7v2bf3bhu2cimvomab7m 180 19 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 180 20 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 180 21 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 180 22 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 180 23 strat- strat- NN work_6fsgua7v2bf3bhu2cimvomab7m 180 24 egy egy NNP work_6fsgua7v2bf3bhu2cimvomab7m 180 25 itself -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 180 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 181 1 Several several JJ work_6fsgua7v2bf3bhu2cimvomab7m 181 2 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 181 3 have have VBP work_6fsgua7v2bf3bhu2cimvomab7m 181 4 been be VBN work_6fsgua7v2bf3bhu2cimvomab7m 181 5 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 181 6 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 181 7 maintain maintain VB work_6fsgua7v2bf3bhu2cimvomab7m 181 8 diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 181 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 181 10 spread spread VB work_6fsgua7v2bf3bhu2cimvomab7m 181 11 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 181 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 181 13 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 181 14 archive archive NN work_6fsgua7v2bf3bhu2cimvomab7m 181 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 182 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 182 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 182 3 27 27 CD work_6fsgua7v2bf3bhu2cimvomab7m 182 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 182 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 182 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 182 7 relaxed relaxed JJ work_6fsgua7v2bf3bhu2cimvomab7m 182 8 form form NN work_6fsgua7v2bf3bhu2cimvomab7m 182 9 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 182 10 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 182 11 dominance dominance NN work_6fsgua7v2bf3bhu2cimvomab7m 182 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 182 13 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 182 14 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 182 15 ǫ−dominance ǫ−dominance NN work_6fsgua7v2bf3bhu2cimvomab7m 182 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 182 17 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 182 18 proposed propose VBN work_6fsgua7v2bf3bhu2cimvomab7m 182 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 183 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 183 2 main main JJ work_6fsgua7v2bf3bhu2cimvomab7m 183 3 idea idea NN work_6fsgua7v2bf3bhu2cimvomab7m 183 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 183 5 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 183 6 use use VB work_6fsgua7v2bf3bhu2cimvomab7m 183 7 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 183 8 archiving archive VBG work_6fsgua7v2bf3bhu2cimvomab7m 183 9 strategy strategy NN work_6fsgua7v2bf3bhu2cimvomab7m 183 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 183 11 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 183 12 instead instead RB work_6fsgua7v2bf3bhu2cimvomab7m 183 13 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 183 14 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 183 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 183 16 classical classical JJ work_6fsgua7v2bf3bhu2cimvomab7m 183 17 relation relation NN work_6fsgua7v2bf3bhu2cimvomab7m 183 18 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 183 19 dominance dominance NN work_6fsgua7v2bf3bhu2cimvomab7m 183 20 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 183 21 Definition definition NN work_6fsgua7v2bf3bhu2cimvomab7m 183 22 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 183 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 183 24 , , , work_6fsgua7v2bf3bhu2cimvomab7m 183 25 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 183 26 following follow VBG work_6fsgua7v2bf3bhu2cimvomab7m 183 27 ideas idea NNS work_6fsgua7v2bf3bhu2cimvomab7m 183 28 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 183 29 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 183 30 : : : work_6fsgua7v2bf3bhu2cimvomab7m 183 31 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 183 32 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 183 33 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 183 34 dominates dominate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 183 35 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 183 36 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 183 37 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 183 38 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 183 39 less less RBR work_6fsgua7v2bf3bhu2cimvomab7m 183 40 fit fit JJ work_6fsgua7v2bf3bhu2cimvomab7m 183 41 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 183 42 all all PDT work_6fsgua7v2bf3bhu2cimvomab7m 183 43 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 183 44 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 183 45 . . . work_6fsgua7v2bf3bhu2cimvomab7m 184 1 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 184 2 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 184 3 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 184 4 dominates dominate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 184 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 184 6 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 184 7 inside inside IN work_6fsgua7v2bf3bhu2cimvomab7m 184 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 184 9 distance distance NN work_6fsgua7v2bf3bhu2cimvomab7m 184 10 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 184 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 184 12 less less JJR work_6fsgua7v2bf3bhu2cimvomab7m 184 13 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 184 14 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 184 15 parameter parameter NN work_6fsgua7v2bf3bhu2cimvomab7m 184 16 ǫ ǫ NN work_6fsgua7v2bf3bhu2cimvomab7m 184 17 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 184 18 ǫ ǫ NN work_6fsgua7v2bf3bhu2cimvomab7m 184 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 184 20 dominance dominance NN work_6fsgua7v2bf3bhu2cimvomab7m 184 21 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 184 22 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 184 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 185 1 Algorithms Algorithms NNP work_6fsgua7v2bf3bhu2cimvomab7m 185 2 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 185 3 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 185 4 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 185 5 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 185 6 include include VBP work_6fsgua7v2bf3bhu2cimvomab7m 185 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 185 8 ǫ−MOEA ǫ−moea NN work_6fsgua7v2bf3bhu2cimvomab7m 185 9 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 10 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 185 11 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 185 13 ǫ−MyDE ǫ−myde ADD work_6fsgua7v2bf3bhu2cimvomab7m 185 14 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 15 46 46 CD work_6fsgua7v2bf3bhu2cimvomab7m 185 16 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 185 18 ǫv−MOGA ǫv−MOGA NNP work_6fsgua7v2bf3bhu2cimvomab7m 185 19 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 20 18 18 CD work_6fsgua7v2bf3bhu2cimvomab7m 185 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 185 22 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 185 23 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 24 , , , work_6fsgua7v2bf3bhu2cimvomab7m 185 25 paǫ−MyDE paǫ−MyDE NNP work_6fsgua7v2bf3bhu2cimvomab7m 185 26 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 27 17 17 CD work_6fsgua7v2bf3bhu2cimvomab7m 185 28 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 185 30 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 185 31 paǫ−ODEMO paǫ−ODEMO NNP work_6fsgua7v2bf3bhu2cimvomab7m 185 32 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 33 16 16 CD work_6fsgua7v2bf3bhu2cimvomab7m 185 34 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 185 35 . . . work_6fsgua7v2bf3bhu2cimvomab7m 186 1 Pruning prune VBG work_6fsgua7v2bf3bhu2cimvomab7m 186 2 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 186 3 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 186 4 commonly commonly RB work_6fsgua7v2bf3bhu2cimvomab7m 186 5 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 186 6 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 186 7 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 186 8 some some DT work_6fsgua7v2bf3bhu2cimvomab7m 186 9 kind kind NN work_6fsgua7v2bf3bhu2cimvomab7m 186 10 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 186 11 measurement measurement NN work_6fsgua7v2bf3bhu2cimvomab7m 186 12 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 186 13 select select VB work_6fsgua7v2bf3bhu2cimvomab7m 186 14 individuals individual NNS work_6fsgua7v2bf3bhu2cimvomab7m 186 15 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 186 16 less less RBR work_6fsgua7v2bf3bhu2cimvomab7m 186 17 crowded crowded JJ work_6fsgua7v2bf3bhu2cimvomab7m 186 18 areas area NNS work_6fsgua7v2bf3bhu2cimvomab7m 186 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 187 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 187 2 crowding crowding NN work_6fsgua7v2bf3bhu2cimvomab7m 187 3 distance distance NN work_6fsgua7v2bf3bhu2cimvomab7m 187 4 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 187 5 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 187 6 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 187 7 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 187 8 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 187 9 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 187 10 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 187 11 measurement measurement NN work_6fsgua7v2bf3bhu2cimvomab7m 187 12 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 187 13 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 187 14 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 187 15 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 187 16 such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 187 17 NSGAII NSGAII NNP work_6fsgua7v2bf3bhu2cimvomab7m 187 18 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 187 19 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 187 20 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 187 21 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 187 22 GDE3 GDE3 NNP work_6fsgua7v2bf3bhu2cimvomab7m 187 23 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 187 24 26 26 CD work_6fsgua7v2bf3bhu2cimvomab7m 187 25 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 187 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 188 1 Nevertheless nevertheless RB work_6fsgua7v2bf3bhu2cimvomab7m 188 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 188 3 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 188 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 188 5 worthwhile worthwhile JJ work_6fsgua7v2bf3bhu2cimvomab7m 188 6 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 188 7 look look VB work_6fsgua7v2bf3bhu2cimvomab7m 188 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 188 9 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 188 10 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 188 11 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 188 12 deal deal VB work_6fsgua7v2bf3bhu2cimvomab7m 188 13 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 188 14 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 188 15 geometrical geometrical JJ work_6fsgua7v2bf3bhu2cimvomab7m 188 16 characteristic characteristic NN work_6fsgua7v2bf3bhu2cimvomab7m 188 17 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 188 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 188 19 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 188 20 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 188 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 188 22 such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 188 23 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 188 24 concavity concavity NN work_6fsgua7v2bf3bhu2cimvomab7m 188 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 188 26 convexity convexity NN work_6fsgua7v2bf3bhu2cimvomab7m 188 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 188 28 disconnected disconnected JJ work_6fsgua7v2bf3bhu2cimvomab7m 188 29 segments segment NNS work_6fsgua7v2bf3bhu2cimvomab7m 188 30 , , , work_6fsgua7v2bf3bhu2cimvomab7m 188 31 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 188 32 mixed mixed JJ work_6fsgua7v2bf3bhu2cimvomab7m 188 33 characteristics characteristic NNS work_6fsgua7v2bf3bhu2cimvomab7m 188 34 . . . work_6fsgua7v2bf3bhu2cimvomab7m 189 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 189 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 189 3 work work NN work_6fsgua7v2bf3bhu2cimvomab7m 189 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 189 5 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 189 6 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 189 7 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 189 8 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 189 9 employed employ VBN work_6fsgua7v2bf3bhu2cimvomab7m 189 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 189 11 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 189 12 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 189 13 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 189 14 relations relation NNS work_6fsgua7v2bf3bhu2cimvomab7m 189 15 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 189 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 189 17 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 189 18 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 189 19 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 189 20 39 39 CD work_6fsgua7v2bf3bhu2cimvomab7m 189 21 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 189 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 190 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 190 2 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 190 3 shows show VBZ work_6fsgua7v2bf3bhu2cimvomab7m 190 4 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 190 5 good good JJ work_6fsgua7v2bf3bhu2cimvomab7m 190 6 flexibility flexibility NN work_6fsgua7v2bf3bhu2cimvomab7m 190 7 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 190 8 dealing deal VBG work_6fsgua7v2bf3bhu2cimvomab7m 190 9 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 190 10 diverse diverse JJ work_6fsgua7v2bf3bhu2cimvomab7m 190 11 geometries geometry NNS work_6fsgua7v2bf3bhu2cimvomab7m 190 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 190 13 m m NNP work_6fsgua7v2bf3bhu2cimvomab7m 190 14 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 190 15 dimensional dimensional JJ work_6fsgua7v2bf3bhu2cimvomab7m 190 16 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 190 17 fronts front VBZ work_6fsgua7v2bf3bhu2cimvomab7m 190 18 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 190 19 achieves achieve VBZ work_6fsgua7v2bf3bhu2cimvomab7m 190 20 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 190 21 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 190 22 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 190 23 spread spread NN work_6fsgua7v2bf3bhu2cimvomab7m 190 24 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 190 25 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 190 26 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 190 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 191 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 191 2 basic basic JJ work_6fsgua7v2bf3bhu2cimvomab7m 191 3 idea idea NN work_6fsgua7v2bf3bhu2cimvomab7m 191 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 191 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 191 6 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 191 7 relations relation NNS work_6fsgua7v2bf3bhu2cimvomab7m 191 8 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 191 9 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 191 10 analyse analyse VB work_6fsgua7v2bf3bhu2cimvomab7m 191 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 191 12 proposed propose VBN work_6fsgua7v2bf3bhu2cimvomab7m 191 13 solu- solu- NNS work_6fsgua7v2bf3bhu2cimvomab7m 191 14 tions tion NNS work_6fsgua7v2bf3bhu2cimvomab7m 191 15 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 191 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 191 17 current current JJ work_6fsgua7v2bf3bhu2cimvomab7m 191 18 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 191 19 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 191 20 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 191 21 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 191 22 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 191 23 normalised normalised JJ work_6fsgua7v2bf3bhu2cimvomab7m 191 24 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 191 25 coordinates coordinate NNS work_6fsgua7v2bf3bhu2cimvomab7m 191 26 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 191 27 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 191 28 reference reference NN work_6fsgua7v2bf3bhu2cimvomab7m 191 29 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 191 30 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 191 31 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 191 32 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 191 33 5a 5a NNP work_6fsgua7v2bf3bhu2cimvomab7m 191 34 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 191 35 . . . work_6fsgua7v2bf3bhu2cimvomab7m 192 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 192 2 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 192 3 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 192 4 works work VBZ work_6fsgua7v2bf3bhu2cimvomab7m 192 5 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 192 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 192 7 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 192 8 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 192 9 dominated dominated JJ work_6fsgua7v2bf3bhu2cimvomab7m 192 10 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 192 11 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 192 12 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 192 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 193 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 193 2 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 193 3 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 193 4 interpreted interpret VBN work_6fsgua7v2bf3bhu2cimvomab7m 193 5 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 193 6 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 193 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 193 8 designer designer NN work_6fsgua7v2bf3bhu2cimvomab7m 193 9 stands stand VBZ work_6fsgua7v2bf3bhu2cimvomab7m 193 10 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 193 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 193 12 ideal ideal JJ work_6fsgua7v2bf3bhu2cimvomab7m 193 13 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 193 14 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 193 15 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 193 16 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 193 17 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 193 18 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 193 19 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 193 20 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 193 21 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 193 22 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 193 23 direction direction NN work_6fsgua7v2bf3bhu2cimvomab7m 193 24 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 193 25 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 193 26 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 193 27 space space NN work_6fsgua7v2bf3bhu2cimvomab7m 193 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 194 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 194 2 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 194 3 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 194 4 then then RB work_6fsgua7v2bf3bhu2cimvomab7m 194 5 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 194 6 searching search VBG work_6fsgua7v2bf3bhu2cimvomab7m 194 7 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 194 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 194 9 closest close JJS work_6fsgua7v2bf3bhu2cimvomab7m 194 10 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 194 11 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 194 12 dominated dominated JJ work_6fsgua7v2bf3bhu2cimvomab7m 194 13 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 194 14 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 194 15 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 194 16 5b 5b NN work_6fsgua7v2bf3bhu2cimvomab7m 194 17 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 194 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 195 1 11 11 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 2 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 3 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 4 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 5 0.3 0.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 6 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 7 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 8 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 9 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 10 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 11 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 12 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 13 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 14 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 15 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 16 0.3 0.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 17 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 18 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 19 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 20 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 21 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 22 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 23 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 24 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 25 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 26 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 27 0.3 0.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 28 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 29 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 30 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 31 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 32 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 33 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 34 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 35 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 195 36 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 37 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 195 38 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 39 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 195 40 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 41 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 42 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 195 43 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 44 Spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 45 relations relation NNS work_6fsgua7v2bf3bhu2cimvomab7m 195 46 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 47 b b NN work_6fsgua7v2bf3bhu2cimvomab7m 195 48 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 49 Set set NN work_6fsgua7v2bf3bhu2cimvomab7m 195 50 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 195 51 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 195 52 Â â JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 53 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 195 54 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 55 c c NN work_6fsgua7v2bf3bhu2cimvomab7m 195 56 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 57 Dominance Dominance NNP work_6fsgua7v2bf3bhu2cimvomab7m 195 58 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 195 59 Â â JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 60 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 195 61 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 62 d d LS work_6fsgua7v2bf3bhu2cimvomab7m 195 63 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 64 Spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 65 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 195 66 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 195 67 Â â JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 68 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 195 69 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 195 70 : : : work_6fsgua7v2bf3bhu2cimvomab7m 195 71 Spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 72 relations relation NNS work_6fsgua7v2bf3bhu2cimvomab7m 195 73 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 74 up up RB work_6fsgua7v2bf3bhu2cimvomab7m 195 75 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 76 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 195 77 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 195 78 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 195 79 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 80 down down RB work_6fsgua7v2bf3bhu2cimvomab7m 195 81 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 82 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 195 83 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 195 84 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 195 85 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 86 ‖ ‖ CD work_6fsgua7v2bf3bhu2cimvomab7m 195 87 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 195 88 ‖2 ‖2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 195 89 case case NN work_6fsgua7v2bf3bhu2cimvomab7m 195 90 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 195 91 . . . work_6fsgua7v2bf3bhu2cimvomab7m 196 1 Extreme extreme JJ work_6fsgua7v2bf3bhu2cimvomab7m 196 2 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 196 3 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 196 4 always always RB work_6fsgua7v2bf3bhu2cimvomab7m 196 5 preserved preserve VBN work_6fsgua7v2bf3bhu2cimvomab7m 196 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 197 1 12 12 CD work_6fsgua7v2bf3bhu2cimvomab7m 197 2 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 197 3 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 197 4 relations relation NNS work_6fsgua7v2bf3bhu2cimvomab7m 197 5 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 197 6 compatible compatible JJ work_6fsgua7v2bf3bhu2cimvomab7m 197 7 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 197 8 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 197 9 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 197 10 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 197 11 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 197 12 evolu- evolu- VBZ work_6fsgua7v2bf3bhu2cimvomab7m 197 13 tionary tionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 197 14 technique technique NN work_6fsgua7v2bf3bhu2cimvomab7m 197 15 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 197 16 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 197 17 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 197 18 merged merge VBN work_6fsgua7v2bf3bhu2cimvomab7m 197 19 together together RB work_6fsgua7v2bf3bhu2cimvomab7m 197 20 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 197 21 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 197 22 DE DE NNP work_6fsgua7v2bf3bhu2cimvomab7m 197 23 algorithm algorithm NNP work_6fsgua7v2bf3bhu2cimvomab7m 197 24 . . . work_6fsgua7v2bf3bhu2cimvomab7m 198 1 Such such PDT work_6fsgua7v2bf3bhu2cimvomab7m 198 2 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 198 3 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 198 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 198 5 presented present VBN work_6fsgua7v2bf3bhu2cimvomab7m 198 6 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 198 7 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 198 8 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 198 9 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 198 10 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 198 11 previous previous JJ work_6fsgua7v2bf3bhu2cimvomab7m 198 12 works work NNS work_6fsgua7v2bf3bhu2cimvomab7m 198 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 198 14 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 198 15 been be VBN work_6fsgua7v2bf3bhu2cimvomab7m 198 16 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 198 17 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 198 18 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 198 19 effective effective JJ work_6fsgua7v2bf3bhu2cimvomab7m 198 20 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 198 21 addressing address VBG work_6fsgua7v2bf3bhu2cimvomab7m 198 22 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 198 23 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 198 24 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 198 25 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 198 26 37 37 CD work_6fsgua7v2bf3bhu2cimvomab7m 198 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 198 28 42 42 CD work_6fsgua7v2bf3bhu2cimvomab7m 198 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 198 30 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 198 31 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 198 32 . . . work_6fsgua7v2bf3bhu2cimvomab7m 199 1 3.3 3.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 199 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 200 1 Decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 200 2 making make VBG work_6fsgua7v2bf3bhu2cimvomab7m 200 3 stage stage NN work_6fsgua7v2bf3bhu2cimvomab7m 200 4 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 200 5 m m NN work_6fsgua7v2bf3bhu2cimvomab7m 200 6 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 200 7 dimensional dimensional JJ work_6fsgua7v2bf3bhu2cimvomab7m 200 8 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 200 9 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 200 10 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 200 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 200 12 difficult difficult JJ work_6fsgua7v2bf3bhu2cimvomab7m 200 13 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 200 14 analyse analyse VB work_6fsgua7v2bf3bhu2cimvomab7m 200 15 without without IN work_6fsgua7v2bf3bhu2cimvomab7m 200 16 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 200 17 ef- ef- JJ work_6fsgua7v2bf3bhu2cimvomab7m 200 18 fective fective JJ work_6fsgua7v2bf3bhu2cimvomab7m 200 19 visualization visualization NN work_6fsgua7v2bf3bhu2cimvomab7m 200 20 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 200 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 201 1 If if IN work_6fsgua7v2bf3bhu2cimvomab7m 201 2 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 201 3 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 201 4 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 201 5 clearly clearly RB work_6fsgua7v2bf3bhu2cimvomab7m 201 6 displayed display VBN work_6fsgua7v2bf3bhu2cimvomab7m 201 7 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 201 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 201 9 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 201 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 201 11 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 201 12 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 201 13 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 201 14 complicated complicate VBN work_6fsgua7v2bf3bhu2cimvomab7m 201 15 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 201 16 perform perform VB work_6fsgua7v2bf3bhu2cimvomab7m 201 17 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 201 18 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 201 19 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 201 20 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 201 21 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 201 22 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 201 23 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 201 24 approxima- approxima- JJ work_6fsgua7v2bf3bhu2cimvomab7m 201 25 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 201 26 , , , work_6fsgua7v2bf3bhu2cimvomab7m 201 27 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 201 28 select select VB work_6fsgua7v2bf3bhu2cimvomab7m 201 29 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 201 30 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 201 31 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 201 32 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 201 33 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 201 34 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 201 35 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 201 36 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 201 37 . . . work_6fsgua7v2bf3bhu2cimvomab7m 202 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 202 2 graphical graphical JJ work_6fsgua7v2bf3bhu2cimvomab7m 202 3 visualisation visualisation NN work_6fsgua7v2bf3bhu2cimvomab7m 202 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 202 5 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 202 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 202 7 trivial trivial JJ work_6fsgua7v2bf3bhu2cimvomab7m 202 8 task task NN work_6fsgua7v2bf3bhu2cimvomab7m 202 9 when when WRB work_6fsgua7v2bf3bhu2cimvomab7m 202 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 202 11 number number NN work_6fsgua7v2bf3bhu2cimvomab7m 202 12 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 202 13 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 202 14 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 202 15 more more JJR work_6fsgua7v2bf3bhu2cimvomab7m 202 16 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 202 17 three three CD work_6fsgua7v2bf3bhu2cimvomab7m 202 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 203 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 203 2 level level NN work_6fsgua7v2bf3bhu2cimvomab7m 203 3 diagram diagram NN work_6fsgua7v2bf3bhu2cimvomab7m 203 4 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 203 5 LD LD NNP work_6fsgua7v2bf3bhu2cimvomab7m 203 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 203 7 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 203 8 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 203 9 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 203 10 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 203 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 203 12 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 203 13 because because IN work_6fsgua7v2bf3bhu2cimvomab7m 203 14 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 203 15 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 203 16 flexible flexible JJ work_6fsgua7v2bf3bhu2cimvomab7m 203 17 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 203 18 performing perform VBG work_6fsgua7v2bf3bhu2cimvomab7m 203 19 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 203 20 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 203 21 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 203 22 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 203 23 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 203 24 obtained obtain VBN work_6fsgua7v2bf3bhu2cimvomab7m 203 25 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 203 26 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 203 27 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 203 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 204 1 LDs ld NNS work_6fsgua7v2bf3bhu2cimvomab7m 204 2 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 204 3 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 204 4 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 204 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 204 6 classification classification NN work_6fsgua7v2bf3bhu2cimvomab7m 204 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 204 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 204 9 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 204 10 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 204 11 obtained obtain VBD work_6fsgua7v2bf3bhu2cimvomab7m 204 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 205 1 Each each DT work_6fsgua7v2bf3bhu2cimvomab7m 205 2 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 205 3 Jq(θ Jq(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 205 4 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 205 5 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 205 6 normalised normalise VBN work_6fsgua7v2bf3bhu2cimvomab7m 205 7 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 205 8 respect respect NN work_6fsgua7v2bf3bhu2cimvomab7m 205 9 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 205 10 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 205 11 minimum minimum JJ work_6fsgua7v2bf3bhu2cimvomab7m 205 12 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 205 13 maximum maximum JJ work_6fsgua7v2bf3bhu2cimvomab7m 205 14 values value NNS work_6fsgua7v2bf3bhu2cimvomab7m 205 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 206 1 That that DT work_6fsgua7v2bf3bhu2cimvomab7m 206 2 is is RB work_6fsgua7v2bf3bhu2cimvomab7m 206 3 : : : work_6fsgua7v2bf3bhu2cimvomab7m 206 4 Ĵq(θ ĵq(θ LS work_6fsgua7v2bf3bhu2cimvomab7m 206 5 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 206 6 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 206 7 Jq(θ Jq(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 206 9 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 10 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 11 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 206 12 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 13 Jmaxq Jmaxq NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 14 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 15 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 16 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 17 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 206 19 q q NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 20 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 206 21 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 206 22 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 206 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 206 24 . . . work_6fsgua7v2bf3bhu2cimvomab7m 207 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 208 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 209 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 209 2 m m NNP work_6fsgua7v2bf3bhu2cimvomab7m 209 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 209 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 210 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 210 2 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 210 3 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 210 4 On on IN work_6fsgua7v2bf3bhu2cimvomab7m 210 5 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 210 6 normalised normalise VBN work_6fsgua7v2bf3bhu2cimvomab7m 210 7 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 210 8 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 210 9 Ĵ(θ Ĵ(θ . work_6fsgua7v2bf3bhu2cimvomab7m 210 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 210 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 210 12 p p NN work_6fsgua7v2bf3bhu2cimvomab7m 210 13 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 210 14 norm norm NN work_6fsgua7v2bf3bhu2cimvomab7m 210 15 ‖x‖p ‖x‖p '' work_6fsgua7v2bf3bhu2cimvomab7m 210 16 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 210 17 applied apply VBN work_6fsgua7v2bf3bhu2cimvomab7m 210 18 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 210 19 evaluate evaluate VB work_6fsgua7v2bf3bhu2cimvomab7m 210 20 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 210 21 distance distance NN work_6fsgua7v2bf3bhu2cimvomab7m 210 22 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 210 23 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 210 24 ideal ideal JJ work_6fsgua7v2bf3bhu2cimvomab7m 210 25 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 210 26 Jideal Jideal NNP work_6fsgua7v2bf3bhu2cimvomab7m 210 27 ≈ ≈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 210 28 Jmin Jmin NNP work_6fsgua7v2bf3bhu2cimvomab7m 210 29 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 210 30 . . . work_6fsgua7v2bf3bhu2cimvomab7m 211 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 211 2 LD LD NNP work_6fsgua7v2bf3bhu2cimvomab7m 211 3 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 211 4 displays display VBZ work_6fsgua7v2bf3bhu2cimvomab7m 211 5 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 211 6 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 211 7 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 211 8 dimensional dimensional JJ work_6fsgua7v2bf3bhu2cimvomab7m 211 9 graph graph NN work_6fsgua7v2bf3bhu2cimvomab7m 211 10 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 211 11 every every DT work_6fsgua7v2bf3bhu2cimvomab7m 211 12 objective objective NN work_6fsgua7v2bf3bhu2cimvomab7m 211 13 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 211 14 every every DT work_6fsgua7v2bf3bhu2cimvomab7m 211 15 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 211 16 vari- vari- NN work_6fsgua7v2bf3bhu2cimvomab7m 211 17 able able JJ work_6fsgua7v2bf3bhu2cimvomab7m 211 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 212 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 212 2 ordered order VBN work_6fsgua7v2bf3bhu2cimvomab7m 212 3 pairs pair NNS work_6fsgua7v2bf3bhu2cimvomab7m 212 4 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 212 5 Jq(θ Jq(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 212 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 212 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 212 8 ‖Ĵ(θ)‖p ‖ĵ(θ)‖p IN work_6fsgua7v2bf3bhu2cimvomab7m 212 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 212 10 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 212 11 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 212 12 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 212 13 sub sub JJ work_6fsgua7v2bf3bhu2cimvomab7m 212 14 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 212 15 graph graph JJ work_6fsgua7v2bf3bhu2cimvomab7m 212 16 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 212 17 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 212 18 θl θl NNP work_6fsgua7v2bf3bhu2cimvomab7m 212 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 212 20 ‖Ĵ(θ)‖p ‖ĵ(θ)‖p RB work_6fsgua7v2bf3bhu2cimvomab7m 212 21 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 212 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 212 23 l l NN work_6fsgua7v2bf3bhu2cimvomab7m 212 24 ∈ ∈ JJ work_6fsgua7v2bf3bhu2cimvomab7m 212 25 { { -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 212 26 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 212 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 212 28 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 212 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 212 30 . . . work_6fsgua7v2bf3bhu2cimvomab7m 213 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 214 1 . . . work_6fsgua7v2bf3bhu2cimvomab7m 215 1 , , , work_6fsgua7v2bf3bhu2cimvomab7m 215 2 n n LS work_6fsgua7v2bf3bhu2cimvomab7m 215 3 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 215 4 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 215 5 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 215 6 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 215 7 variable variable JJ work_6fsgua7v2bf3bhu2cimvomab7m 215 8 sub sub NN work_6fsgua7v2bf3bhu2cimvomab7m 215 9 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 215 10 graph graph NN work_6fsgua7v2bf3bhu2cimvomab7m 215 11 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 215 12 plot- plot- JJ work_6fsgua7v2bf3bhu2cimvomab7m 215 13 ted ted NNP work_6fsgua7v2bf3bhu2cimvomab7m 215 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 216 1 Therefore therefore RB work_6fsgua7v2bf3bhu2cimvomab7m 216 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 216 3 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 216 4 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 216 5 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 216 6 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 216 7 have have VB work_6fsgua7v2bf3bhu2cimvomab7m 216 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 216 9 same same JJ work_6fsgua7v2bf3bhu2cimvomab7m 216 10 y y NN work_6fsgua7v2bf3bhu2cimvomab7m 216 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 216 12 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 216 13 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 216 14 every every DT work_6fsgua7v2bf3bhu2cimvomab7m 216 15 graphic graphic NN work_6fsgua7v2bf3bhu2cimvomab7m 216 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 217 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 217 2 correspondence correspondence NN work_6fsgua7v2bf3bhu2cimvomab7m 217 3 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 217 4 help help VB work_6fsgua7v2bf3bhu2cimvomab7m 217 5 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 217 6 evaluate evaluate VB work_6fsgua7v2bf3bhu2cimvomab7m 217 7 general general JJ work_6fsgua7v2bf3bhu2cimvomab7m 217 8 tendencies tendency NNS work_6fsgua7v2bf3bhu2cimvomab7m 217 9 along along IN work_6fsgua7v2bf3bhu2cimvomab7m 217 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 217 11 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 217 12 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 217 13 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 217 14 compare compare VB work_6fsgua7v2bf3bhu2cimvomab7m 217 15 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 217 16 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 217 17 accordance accordance NN work_6fsgua7v2bf3bhu2cimvomab7m 217 18 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 217 19 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 217 20 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 217 21 norm norm NN work_6fsgua7v2bf3bhu2cimvomab7m 217 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 218 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 218 2 deeper deep JJR work_6fsgua7v2bf3bhu2cimvomab7m 218 3 explanation explanation NN work_6fsgua7v2bf3bhu2cimvomab7m 218 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 218 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 218 6 LD LD NNP work_6fsgua7v2bf3bhu2cimvomab7m 218 7 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 218 8 capabilities capability NNS work_6fsgua7v2bf3bhu2cimvomab7m 218 9 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 218 10 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 218 11 found find VBN work_6fsgua7v2bf3bhu2cimvomab7m 218 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 218 13 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 218 14 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 218 15 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 218 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 219 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 219 2 MIMO MIMO NNP work_6fsgua7v2bf3bhu2cimvomab7m 219 3 benchmark benchmark NN work_6fsgua7v2bf3bhu2cimvomab7m 219 4 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 219 5 next next RB work_6fsgua7v2bf3bhu2cimvomab7m 219 6 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 219 7 considered consider VBN work_6fsgua7v2bf3bhu2cimvomab7m 219 8 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 219 9 validate validate VB work_6fsgua7v2bf3bhu2cimvomab7m 219 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 219 11 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 219 12 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 219 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 219 14 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 219 15 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 219 16 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 219 17 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 219 18 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 219 19 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 219 20 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 219 21 work work NN work_6fsgua7v2bf3bhu2cimvomab7m 219 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 220 1 4 4 LS work_6fsgua7v2bf3bhu2cimvomab7m 220 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 221 1 Procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 221 2 validation validation NN work_6fsgua7v2bf3bhu2cimvomab7m 221 3 To to TO work_6fsgua7v2bf3bhu2cimvomab7m 221 4 show show VB work_6fsgua7v2bf3bhu2cimvomab7m 221 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 221 6 applicability applicability NN work_6fsgua7v2bf3bhu2cimvomab7m 221 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 221 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 221 9 MOED MOED NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 10 proposal proposal NN work_6fsgua7v2bf3bhu2cimvomab7m 221 11 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 221 12 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 221 13 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 221 14 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 221 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 221 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 221 17 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 221 18 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 221 19 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 221 20 distillation distillation NN work_6fsgua7v2bf3bhu2cimvomab7m 221 21 column column NN work_6fsgua7v2bf3bhu2cimvomab7m 221 22 model model NN work_6fsgua7v2bf3bhu2cimvomab7m 221 23 defined define VBN work_6fsgua7v2bf3bhu2cimvomab7m 221 24 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 221 25 Wood Wood NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 26 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 221 27 Berry Berry NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 28 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 221 29 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 221 30 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 221 31 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 32 52 52 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 33 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 34 : : : work_6fsgua7v2bf3bhu2cimvomab7m 221 35 2Since 2Since NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 36 Jideal Jideal NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 37 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 221 38 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 221 39 always always RB work_6fsgua7v2bf3bhu2cimvomab7m 221 40 available available JJ work_6fsgua7v2bf3bhu2cimvomab7m 221 41 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 42 Gp(s Gp(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 43 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 44 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 221 45   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 46   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 47 Gp11(s Gp11(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 48 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 49 Gp12(s gp12(s NN work_6fsgua7v2bf3bhu2cimvomab7m 221 50 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 51 Gp21(s gp21(s LS work_6fsgua7v2bf3bhu2cimvomab7m 221 52 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 53 Gp22(s gp22(s XX work_6fsgua7v2bf3bhu2cimvomab7m 221 54 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 55   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 56   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 57 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 221 58   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 59   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 60 12.8e−s 12.8e−s NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 61 16.7s+1 16.7s+1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 62 −18.9e−3s −18.9e−3s NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 63 21s+1 21s+1 NNS work_6fsgua7v2bf3bhu2cimvomab7m 221 64 6.6e−7s 6.6e−7s CD work_6fsgua7v2bf3bhu2cimvomab7m 221 65 10.9s+1 10.9s+1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 66 −19.4e−3s −19.4e−3s JJ work_6fsgua7v2bf3bhu2cimvomab7m 221 67 14.4s+1 14.4s+1 NNS work_6fsgua7v2bf3bhu2cimvomab7m 221 68   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 69   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 70 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 71 16 16 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 72 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 73 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 221 74 mentioned mention VBN work_6fsgua7v2bf3bhu2cimvomab7m 221 75 earlier early RBR work_6fsgua7v2bf3bhu2cimvomab7m 221 76 , , , work_6fsgua7v2bf3bhu2cimvomab7m 221 77 any any DT work_6fsgua7v2bf3bhu2cimvomab7m 221 78 kind kind NN work_6fsgua7v2bf3bhu2cimvomab7m 221 79 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 221 80 parametric parametric JJ work_6fsgua7v2bf3bhu2cimvomab7m 221 81 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 221 82 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 221 83 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 221 84 tuned tune VBN work_6fsgua7v2bf3bhu2cimvomab7m 221 85 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 221 86 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 221 87 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 221 88 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 221 89 , , , work_6fsgua7v2bf3bhu2cimvomab7m 221 90 but but CC work_6fsgua7v2bf3bhu2cimvomab7m 221 91 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 221 92 comparison comparison NN work_6fsgua7v2bf3bhu2cimvomab7m 221 93 purposes purpose NNS work_6fsgua7v2bf3bhu2cimvomab7m 221 94 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 221 95 PI pi NN work_6fsgua7v2bf3bhu2cimvomab7m 221 96 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 221 97 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 221 98 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 221 99 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 221 100 : : : work_6fsgua7v2bf3bhu2cimvomab7m 221 101 Gc(s Gc(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 102 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 103 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 221 104   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 105   VBG work_6fsgua7v2bf3bhu2cimvomab7m 221 106   JJ work_6fsgua7v2bf3bhu2cimvomab7m 221 107   JJ work_6fsgua7v2bf3bhu2cimvomab7m 221 108 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 109 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 110 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 111 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 221 112 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 113 Ti1s Ti1s NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 114 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 115 0 0 NFP work_6fsgua7v2bf3bhu2cimvomab7m 221 116 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 117 kc2 kc2 NN work_6fsgua7v2bf3bhu2cimvomab7m 221 118 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 119 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 120 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 221 121 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 122 Ti2s ti2s CD work_6fsgua7v2bf3bhu2cimvomab7m 221 123 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 124   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 125   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 126   NN work_6fsgua7v2bf3bhu2cimvomab7m 221 127   NNP work_6fsgua7v2bf3bhu2cimvomab7m 221 128 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 129 17 17 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 130 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 221 131 4.1 4.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 221 132 . . . work_6fsgua7v2bf3bhu2cimvomab7m 222 1 Engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 222 2 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 222 3 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 222 4 Given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 222 5 equations equation NNS work_6fsgua7v2bf3bhu2cimvomab7m 222 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 7 16 16 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 222 10 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 11 17 17 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 12 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 14 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 222 15 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 16 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 222 17 hand hand NN work_6fsgua7v2bf3bhu2cimvomab7m 222 18 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 222 19 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 222 20 find find VB work_6fsgua7v2bf3bhu2cimvomab7m 222 21 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 222 22 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 222 23 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 222 24 off off RP work_6fsgua7v2bf3bhu2cimvomab7m 222 25 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 222 26 θ θ NN work_6fsgua7v2bf3bhu2cimvomab7m 222 27 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 28 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 29 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 30 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 31 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 32 kc2 kc2 NN work_6fsgua7v2bf3bhu2cimvomab7m 222 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 34 Ti2 Ti2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 35 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 36 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 222 37 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 222 38 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 222 39 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 222 40 : : : work_6fsgua7v2bf3bhu2cimvomab7m 222 41 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 42 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 43 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 222 44 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 45 −kc1 −kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 46 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 47 Ti1 ti1 NN work_6fsgua7v2bf3bhu2cimvomab7m 222 48 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 49 Ms1 ms1 NN work_6fsgua7v2bf3bhu2cimvomab7m 222 50 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 51 Mp1 Mp1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 52 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 53 −kc2 −kc2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 54 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 55 Ti2 Ti2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 56 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 57 Ms2 ms2 NN work_6fsgua7v2bf3bhu2cimvomab7m 222 58 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 59 Mp2 mp2 UH work_6fsgua7v2bf3bhu2cimvomab7m 222 60 , , , work_6fsgua7v2bf3bhu2cimvomab7m 222 61 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 62 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 63 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 64 18 18 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 65 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 66 subject subject JJ work_6fsgua7v2bf3bhu2cimvomab7m 222 67 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 222 68 : : : work_6fsgua7v2bf3bhu2cimvomab7m 222 69 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 70 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 71 kc1 kc1 NNS work_6fsgua7v2bf3bhu2cimvomab7m 222 72 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 73 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 74 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 222 75 Ku1 Ku1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 76 ≈ ≈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 77 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 78 |kc2 |kc2 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 79 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 80 3kc2 3kc2 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 81 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 222 82 Ti2| Ti2| NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 83 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 222 84 |Ku2| |Ku2| NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 85 ≈ ≈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 86 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 87 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 88 0.42| 0.42| NFP work_6fsgua7v2bf3bhu2cimvomab7m 222 89 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 90 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 91 Ms1,2 Ms1,2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 92 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 93 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 94 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 95 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 96 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 222 97 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 98 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 222 99 Mp1,2 Mp1,2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 100 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 101 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 102 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 103 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 104 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 105 ≤ ≤ NNP work_6fsgua7v2bf3bhu2cimvomab7m 222 106 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 107 4.2 4.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 222 108 . . . work_6fsgua7v2bf3bhu2cimvomab7m 223 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 223 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 223 3 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 223 4 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 223 5 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 223 6 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 223 7 vector vector NN work_6fsgua7v2bf3bhu2cimvomab7m 223 8 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 223 9 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 223 10 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 223 11 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 223 12 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 223 13 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 223 14 accordance accordance NN work_6fsgua7v2bf3bhu2cimvomab7m 223 15 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 223 16 Equa- Equa- NNP work_6fsgua7v2bf3bhu2cimvomab7m 223 17 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 223 18 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 223 19 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 223 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 223 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 224 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 224 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 224 3 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 224 4 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 224 5 performed perform VBN work_6fsgua7v2bf3bhu2cimvomab7m 224 6 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 224 7 three three CD work_6fsgua7v2bf3bhu2cimvomab7m 224 8 different different JJ work_6fsgua7v2bf3bhu2cimvomab7m 224 9 MOEAs moea NNS work_6fsgua7v2bf3bhu2cimvomab7m 224 10 : : : work_6fsgua7v2bf3bhu2cimvomab7m 224 11 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 224 12 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 224 13 DE de NN work_6fsgua7v2bf3bhu2cimvomab7m 224 14 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 224 15 without without IN work_6fsgua7v2bf3bhu2cimvomab7m 224 16 archiving archive VBG work_6fsgua7v2bf3bhu2cimvomab7m 224 17 strategy strategy NN work_6fsgua7v2bf3bhu2cimvomab7m 224 18 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 224 19 NA NA NNP work_6fsgua7v2bf3bhu2cimvomab7m 224 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 224 21 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 224 22 namely namely RB work_6fsgua7v2bf3bhu2cimvomab7m 224 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 224 24 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 224 25 child child NN work_6fsgua7v2bf3bhu2cimvomab7m 224 26 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 224 27 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 224 28 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 224 29 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 224 30 his -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 224 31 parent parent NN work_6fsgua7v2bf3bhu2cimvomab7m 224 32 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 224 33 child child NN work_6fsgua7v2bf3bhu2cimvomab7m 224 34 ≺ ≺ NNP work_6fsgua7v2bf3bhu2cimvomab7m 224 35 parent parent NN work_6fsgua7v2bf3bhu2cimvomab7m 224 36 . . . work_6fsgua7v2bf3bhu2cimvomab7m 225 1 Parameter parameter NN work_6fsgua7v2bf3bhu2cimvomab7m 225 2 values value VBZ work_6fsgua7v2bf3bhu2cimvomab7m 225 3 F F NNP work_6fsgua7v2bf3bhu2cimvomab7m 225 4 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 225 5 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 225 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 225 7 Cr Cr NNP work_6fsgua7v2bf3bhu2cimvomab7m 225 8 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 225 9 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 225 10 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 225 11 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 225 12 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 225 13 which which WDT work_6fsgua7v2bf3bhu2cimvomab7m 225 14 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 225 15 standard standard JJ work_6fsgua7v2bf3bhu2cimvomab7m 225 16 parameters parameter NNS work_6fsgua7v2bf3bhu2cimvomab7m 225 17 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 225 18 accordance accordance NN work_6fsgua7v2bf3bhu2cimvomab7m 225 19 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 225 20 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 225 21 48 48 CD work_6fsgua7v2bf3bhu2cimvomab7m 225 22 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 225 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 225 24 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 225 25 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 225 26 initial initial JJ work_6fsgua7v2bf3bhu2cimvomab7m 225 27 population population NN work_6fsgua7v2bf3bhu2cimvomab7m 225 28 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 225 29 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 225 30 random random JJ work_6fsgua7v2bf3bhu2cimvomab7m 225 31 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 225 32 vectors vector NNS work_6fsgua7v2bf3bhu2cimvomab7m 225 33 . . . work_6fsgua7v2bf3bhu2cimvomab7m 226 1 14 14 CD work_6fsgua7v2bf3bhu2cimvomab7m 226 2 • • NNP work_6fsgua7v2bf3bhu2cimvomab7m 226 3 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 226 4 DE de NN work_6fsgua7v2bf3bhu2cimvomab7m 226 5 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 226 6 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 226 7 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 226 8 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 226 9 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 226 10 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 226 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 226 12 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 226 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 226 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 227 1 Parameter parameter NN work_6fsgua7v2bf3bhu2cimvomab7m 227 2 values value VBZ work_6fsgua7v2bf3bhu2cimvomab7m 227 3 F F NNP work_6fsgua7v2bf3bhu2cimvomab7m 227 4 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 227 5 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 227 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 227 7 Cr Cr NNP work_6fsgua7v2bf3bhu2cimvomab7m 227 8 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 227 9 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 227 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 227 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 227 12 population population NN work_6fsgua7v2bf3bhu2cimvomab7m 227 13 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 227 14 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 227 15 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 227 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 227 17 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 227 18 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 227 19 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 227 20 grid grid NN work_6fsgua7v2bf3bhu2cimvomab7m 227 21 resolution resolution NN work_6fsgua7v2bf3bhu2cimvomab7m 227 22 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 227 23 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 227 24 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 227 25 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 227 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 228 1 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 228 2 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 228 3 gamultiobj gamultiobj JJ work_6fsgua7v2bf3bhu2cimvomab7m 228 4 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 228 5 provided provide VBN work_6fsgua7v2bf3bhu2cimvomab7m 228 6 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 228 7 MatLab MatLab NNP work_6fsgua7v2bf3bhu2cimvomab7m 228 8 c c NNP work_6fsgua7v2bf3bhu2cimvomab7m 228 9 © © NNP work_6fsgua7v2bf3bhu2cimvomab7m 228 10 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 228 11 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 228 12 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 228 13 calculate calculate VB work_6fsgua7v2bf3bhu2cimvomab7m 228 14 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 228 15 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 228 16 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 228 17 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 228 18 reference reference NN work_6fsgua7v2bf3bhu2cimvomab7m 228 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 229 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 229 2 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 229 3 uses use VBZ work_6fsgua7v2bf3bhu2cimvomab7m 229 4 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 229 5 controlled controlled JJ work_6fsgua7v2bf3bhu2cimvomab7m 229 6 elitist elitist JJ work_6fsgua7v2bf3bhu2cimvomab7m 229 7 genetic genetic JJ work_6fsgua7v2bf3bhu2cimvomab7m 229 8 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 229 9 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 229 10 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 229 11 variant variant NN work_6fsgua7v2bf3bhu2cimvomab7m 229 12 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 229 13 NSGA NSGA NNP work_6fsgua7v2bf3bhu2cimvomab7m 229 14 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 229 15 II II NNP work_6fsgua7v2bf3bhu2cimvomab7m 229 16 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 229 17 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 229 18 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 229 19 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 229 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 230 1 Diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 230 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 230 3 maintained maintain VBN work_6fsgua7v2bf3bhu2cimvomab7m 230 4 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 230 5 controlling control VBG work_6fsgua7v2bf3bhu2cimvomab7m 230 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 230 7 elite elite JJ work_6fsgua7v2bf3bhu2cimvomab7m 230 8 members member NNS work_6fsgua7v2bf3bhu2cimvomab7m 230 9 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 230 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 230 11 population population NN work_6fsgua7v2bf3bhu2cimvomab7m 230 12 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 230 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 230 14 algorithm algorithm NNP work_6fsgua7v2bf3bhu2cimvomab7m 230 15 progresses progress VBZ work_6fsgua7v2bf3bhu2cimvomab7m 230 16 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 230 17 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 230 18 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 230 19 crowding crowd VBG work_6fsgua7v2bf3bhu2cimvomab7m 230 20 distance distance NN work_6fsgua7v2bf3bhu2cimvomab7m 230 21 index index NN work_6fsgua7v2bf3bhu2cimvomab7m 230 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 231 1 Default default NN work_6fsgua7v2bf3bhu2cimvomab7m 231 2 parameters parameter NNS work_6fsgua7v2bf3bhu2cimvomab7m 231 3 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 231 4 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 231 5 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 231 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 231 7 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 231 8 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 231 9 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 231 10 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 231 11 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 231 12 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 231 13 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 231 14 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 231 15 its -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 231 16 initial initial JJ work_6fsgua7v2bf3bhu2cimvomab7m 231 17 population population NN work_6fsgua7v2bf3bhu2cimvomab7m 231 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 232 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 232 2 maximum maximum JJ work_6fsgua7v2bf3bhu2cimvomab7m 232 3 allowable allowable JJ work_6fsgua7v2bf3bhu2cimvomab7m 232 4 function function NN work_6fsgua7v2bf3bhu2cimvomab7m 232 5 evaluations evaluation NNS work_6fsgua7v2bf3bhu2cimvomab7m 232 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 232 7 FEs fe NNS work_6fsgua7v2bf3bhu2cimvomab7m 232 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 232 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 232 10 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 232 11 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 232 12 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 232 13 bound bind VBN work_6fsgua7v2bf3bhu2cimvomab7m 232 14 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 232 15 6000 6000 CD work_6fsgua7v2bf3bhu2cimvomab7m 232 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 232 17 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 232 18 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 232 19 independent independent JJ work_6fsgua7v2bf3bhu2cimvomab7m 232 20 runs run NNS work_6fsgua7v2bf3bhu2cimvomab7m 232 21 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 232 22 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 232 23 evaluated evaluate VBN work_6fsgua7v2bf3bhu2cimvomab7m 232 24 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 232 25 analyse analyse VB work_6fsgua7v2bf3bhu2cimvomab7m 232 26 their -PRON- PRP$ work_6fsgua7v2bf3bhu2cimvomab7m 232 27 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 232 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 233 1 Each each DT work_6fsgua7v2bf3bhu2cimvomab7m 233 2 execution execution NN work_6fsgua7v2bf3bhu2cimvomab7m 233 3 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 233 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 233 5 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 233 6 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 233 7 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 233 8 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 233 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 233 10 NA NA NNP work_6fsgua7v2bf3bhu2cimvomab7m 233 11 strategy strategy NN work_6fsgua7v2bf3bhu2cimvomab7m 233 12 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 233 13 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 233 14 compared compare VBN work_6fsgua7v2bf3bhu2cimvomab7m 233 15 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 233 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 233 17 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 233 18 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 233 19 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 233 20 |GA |ga RB work_6fsgua7v2bf3bhu2cimvomab7m 233 21 built build VBN work_6fsgua7v2bf3bhu2cimvomab7m 233 22 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 233 23 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 233 24 executions execution NNS work_6fsgua7v2bf3bhu2cimvomab7m 233 25 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 233 26 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 233 27 gamultiobj gamultiobj JJ work_6fsgua7v2bf3bhu2cimvomab7m 233 28 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 233 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 234 1 To to TO work_6fsgua7v2bf3bhu2cimvomab7m 234 2 evaluate evaluate VB work_6fsgua7v2bf3bhu2cimvomab7m 234 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 234 4 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 234 5 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 234 6 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 234 7 MOEA MOEA NNP work_6fsgua7v2bf3bhu2cimvomab7m 234 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 234 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 234 10 Iǫ Iǫ NNP work_6fsgua7v2bf3bhu2cimvomab7m 234 11 binary binary JJ work_6fsgua7v2bf3bhu2cimvomab7m 234 12 indicator indicator NN work_6fsgua7v2bf3bhu2cimvomab7m 234 13 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 234 14 54 54 CD work_6fsgua7v2bf3bhu2cimvomab7m 234 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 234 16 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 234 17 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 234 18 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 234 19 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 234 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 235 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 235 2 indicator indicator NN work_6fsgua7v2bf3bhu2cimvomab7m 235 3 indicates indicate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 235 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 235 5 factor factor NN work_6fsgua7v2bf3bhu2cimvomab7m 235 6 Iǫ(A iǫ(a RB work_6fsgua7v2bf3bhu2cimvomab7m 235 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 235 8 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 235 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 235 10 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 235 11 which which WDT work_6fsgua7v2bf3bhu2cimvomab7m 235 12 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 235 13 approx- approx- NN work_6fsgua7v2bf3bhu2cimvomab7m 235 14 imation imation NN work_6fsgua7v2bf3bhu2cimvomab7m 235 15 set set VBD work_6fsgua7v2bf3bhu2cimvomab7m 235 16 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 235 17 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 235 18 worse bad JJR work_6fsgua7v2bf3bhu2cimvomab7m 235 19 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 235 20 another another DT work_6fsgua7v2bf3bhu2cimvomab7m 235 21 set set VBN work_6fsgua7v2bf3bhu2cimvomab7m 235 22 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 235 23 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 235 24 respect respect NN work_6fsgua7v2bf3bhu2cimvomab7m 235 25 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 235 26 all all PDT work_6fsgua7v2bf3bhu2cimvomab7m 235 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 235 28 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 235 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 236 1 Using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 236 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 236 3 comparison comparison NN work_6fsgua7v2bf3bhu2cimvomab7m 236 4 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 236 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 6 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 236 7 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 236 8 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 236 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 10 CIǫ CIǫ NNP work_6fsgua7v2bf3bhu2cimvomab7m 236 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 12 E(A e(a NN work_6fsgua7v2bf3bhu2cimvomab7m 236 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 14 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 236 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 16 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 236 17 E(Iǫ(A E(Iǫ(A NNP work_6fsgua7v2bf3bhu2cimvomab7m 236 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 19 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 236 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 22 Iǫ(B iǫ(b NN work_6fsgua7v2bf3bhu2cimvomab7m 236 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 24 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 236 25 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 26 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 27 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 236 28 { { -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 29 false false JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 30 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 31 true true JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 32 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 33 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 236 34 Eps Eps NNP work_6fsgua7v2bf3bhu2cimvomab7m 236 35 binary binary JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 36 indicator indicator NN work_6fsgua7v2bf3bhu2cimvomab7m 236 37 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 236 38 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 236 39 compatible compatible JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 40 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 236 41 complete complete JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 42 oper- oper- NN work_6fsgua7v2bf3bhu2cimvomab7m 236 43 ator ator NN work_6fsgua7v2bf3bhu2cimvomab7m 236 44 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 236 45 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 236 46 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 236 47 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 236 48 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 49 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 236 50 determine determine VB work_6fsgua7v2bf3bhu2cimvomab7m 236 51 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 236 52 two two CD work_6fsgua7v2bf3bhu2cimvomab7m 236 53 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 236 54 fronts front NNS work_6fsgua7v2bf3bhu2cimvomab7m 236 55 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 236 56 incomparable incomparable JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 57 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 58 equal equal JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 59 , , , work_6fsgua7v2bf3bhu2cimvomab7m 236 60 or or CC work_6fsgua7v2bf3bhu2cimvomab7m 236 61 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 236 62 one one PRP work_6fsgua7v2bf3bhu2cimvomab7m 236 63 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 236 64 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 236 65 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 236 66 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 236 67 other other JJ work_6fsgua7v2bf3bhu2cimvomab7m 236 68 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 69 54 54 CD work_6fsgua7v2bf3bhu2cimvomab7m 236 70 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 236 71 . . . work_6fsgua7v2bf3bhu2cimvomab7m 237 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 237 2 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 237 3 experiments experiment NNS work_6fsgua7v2bf3bhu2cimvomab7m 237 4 were be VBD work_6fsgua7v2bf3bhu2cimvomab7m 237 5 carried carry VBN work_6fsgua7v2bf3bhu2cimvomab7m 237 6 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 237 7 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 237 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 237 9 standard standard JJ work_6fsgua7v2bf3bhu2cimvomab7m 237 10 PC pc NN work_6fsgua7v2bf3bhu2cimvomab7m 237 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 237 12 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 237 13 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 237 14 Pentium(R pentium(r NN work_6fsgua7v2bf3bhu2cimvomab7m 237 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 237 16 processor processor NN work_6fsgua7v2bf3bhu2cimvomab7m 237 17 running run VBG work_6fsgua7v2bf3bhu2cimvomab7m 237 18 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 237 19 3.40 3.40 CD work_6fsgua7v2bf3bhu2cimvomab7m 237 20 GHz GHz NNS work_6fsgua7v2bf3bhu2cimvomab7m 237 21 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 237 22 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 237 23 GB GB NNP work_6fsgua7v2bf3bhu2cimvomab7m 237 24 RAM RAM NNP work_6fsgua7v2bf3bhu2cimvomab7m 237 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 238 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 238 2 results result NNS work_6fsgua7v2bf3bhu2cimvomab7m 238 3 after after IN work_6fsgua7v2bf3bhu2cimvomab7m 238 4 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 238 5 independent independent JJ work_6fsgua7v2bf3bhu2cimvomab7m 238 6 trials trial NNS work_6fsgua7v2bf3bhu2cimvomab7m 238 7 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 238 8 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 238 9 proposal proposal NN work_6fsgua7v2bf3bhu2cimvomab7m 238 10 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 238 11 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 238 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 238 13 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 238 14 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 238 15 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 238 16 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 238 17 indicators indicator NNS work_6fsgua7v2bf3bhu2cimvomab7m 238 18 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 238 19 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 238 20 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 238 21 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 238 22 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 238 23 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 238 24 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 238 25 dominated dominated JJ work_6fsgua7v2bf3bhu2cimvomab7m 238 26 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 238 27 attained attain VBN work_6fsgua7v2bf3bhu2cimvomab7m 238 28 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 238 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 239 1 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 239 2 evidenced evidence VBN work_6fsgua7v2bf3bhu2cimvomab7m 239 3 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 239 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 239 5 given give VBN work_6fsgua7v2bf3bhu2cimvomab7m 239 6 results result NNS work_6fsgua7v2bf3bhu2cimvomab7m 239 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 239 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 239 9 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 239 10 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 239 11 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 239 12 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 239 13 represents represent VBZ work_6fsgua7v2bf3bhu2cimvomab7m 239 14 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 239 15 viable viable JJ work_6fsgua7v2bf3bhu2cimvomab7m 239 16 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 239 17 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 239 18 generating generate VBG work_6fsgua7v2bf3bhu2cimvomab7m 239 19 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 239 20 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 239 21 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 239 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 240 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 240 2 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 240 3 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 240 4 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 240 5 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 240 6 outperforms outperform VBZ work_6fsgua7v2bf3bhu2cimvomab7m 240 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 240 8 gamultiobj gamultiobj JJ work_6fsgua7v2bf3bhu2cimvomab7m 240 9 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 240 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 240 11 since since IN work_6fsgua7v2bf3bhu2cimvomab7m 240 12 Iǫ(sp Iǫ(sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 240 13 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 240 14 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 240 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 240 16 GA GA NNP work_6fsgua7v2bf3bhu2cimvomab7m 240 17 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 240 18 < < XX work_6fsgua7v2bf3bhu2cimvomab7m 240 19 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 240 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 241 1 Be- Be- NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 2 sides side NNS work_6fsgua7v2bf3bhu2cimvomab7m 241 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 241 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 241 5 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 6 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 241 7 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 8 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 241 9 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 241 10 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 241 11 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 241 12 improvement improvement NN work_6fsgua7v2bf3bhu2cimvomab7m 241 13 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 241 14 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 15 |GA |ga RB work_6fsgua7v2bf3bhu2cimvomab7m 241 16 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 241 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 241 18 NA NA NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 241 20 strategy strategy NN work_6fsgua7v2bf3bhu2cimvomab7m 241 21 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 241 22 Iǫ(sp Iǫ(sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 23 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 24 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 241 26 GA GA NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 27 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 241 28 < < XX work_6fsgua7v2bf3bhu2cimvomab7m 241 29 Iǫ(NA Iǫ(NA NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 30 , , , work_6fsgua7v2bf3bhu2cimvomab7m 241 31 GA GA NNP work_6fsgua7v2bf3bhu2cimvomab7m 241 32 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 241 33 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 241 34 . . . work_6fsgua7v2bf3bhu2cimvomab7m 242 1 3Given 3Given VBN work_6fsgua7v2bf3bhu2cimvomab7m 242 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 242 3 binary binary JJ work_6fsgua7v2bf3bhu2cimvomab7m 242 4 relation relation NN work_6fsgua7v2bf3bhu2cimvomab7m 242 5 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 242 6 approximation approximation NN work_6fsgua7v2bf3bhu2cimvomab7m 242 7 sets set NNS work_6fsgua7v2bf3bhu2cimvomab7m 242 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 242 9 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 242 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 242 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 242 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 242 13 comparison comparison NN work_6fsgua7v2bf3bhu2cimvomab7m 242 14 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 242 15 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 242 16 com- com- NN work_6fsgua7v2bf3bhu2cimvomab7m 242 17 patible patible NN work_6fsgua7v2bf3bhu2cimvomab7m 242 18 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 242 19 CI CI NNP work_6fsgua7v2bf3bhu2cimvomab7m 242 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 242 21 E(A e(a NN work_6fsgua7v2bf3bhu2cimvomab7m 242 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 242 23 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 242 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 242 25 → → NFP work_6fsgua7v2bf3bhu2cimvomab7m 242 26 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 242 27 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 242 28 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 242 29 ∨ ∨ NNS work_6fsgua7v2bf3bhu2cimvomab7m 242 30 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 242 31 · · NN work_6fsgua7v2bf3bhu2cimvomab7m 242 32 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 243 1 However however RB work_6fsgua7v2bf3bhu2cimvomab7m 243 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 243 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 243 4 comparison comparison NN work_6fsgua7v2bf3bhu2cimvomab7m 243 5 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 243 6 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 243 7 complete complete JJ work_6fsgua7v2bf3bhu2cimvomab7m 243 8 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 243 9 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 243 10 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 243 11 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 243 12 ∨ ∨ NNS work_6fsgua7v2bf3bhu2cimvomab7m 243 13 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 243 14 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 243 15 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 243 16 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 243 17 CI ci NN work_6fsgua7v2bf3bhu2cimvomab7m 243 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 243 19 E(A e(a NN work_6fsgua7v2bf3bhu2cimvomab7m 243 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 243 21 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 243 22 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 243 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 244 1 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 2 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 3 θ∈ℜ4 θ∈ℜ4 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 4 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 5 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 6 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 7   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 8   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 9   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 10   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 11   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 12   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 13   NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 14 J(θ j(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 244 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 16 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 17 ℜ7 ℜ7 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 18 if if IN work_6fsgua7v2bf3bhu2cimvomab7m 244 19 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 20 ∑ ∑ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 21 k=1 k=1 JJ work_6fsgua7v2bf3bhu2cimvomab7m 244 22 φk(θ φk(θ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 24 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 25 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 26 offset offset NN work_6fsgua7v2bf3bhu2cimvomab7m 244 27 + + $ work_6fsgua7v2bf3bhu2cimvomab7m 244 28 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 29 ∑ ∑ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 30 k=1 k=1 JJ work_6fsgua7v2bf3bhu2cimvomab7m 244 31 φk(θ φk(θ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 32 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 33 · · NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 34 R r NN work_6fsgua7v2bf3bhu2cimvomab7m 244 35 ∈ ∈ NN work_6fsgua7v2bf3bhu2cimvomab7m 244 36 ℜ ℜ NN work_6fsgua7v2bf3bhu2cimvomab7m 244 37 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 38 otherwise otherwise RB work_6fsgua7v2bf3bhu2cimvomab7m 244 39 J(θ J(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 40 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 41 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 42 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 43 J1(θ J1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 44 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 45 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 46 J2(θ J2(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 47 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 48 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 49 J3(θ J3(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 50 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 51 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 52 J4(θ J4(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 53 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 54 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 55 J5(θ J5(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 56 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 57 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 58 J6(θ J6(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 59 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 60 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 61 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 62 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 63 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 64 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 65 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 66 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 67 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 68 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 69 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 70 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 71 kc2 kc2 NN work_6fsgua7v2bf3bhu2cimvomab7m 244 72 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 73 Ti2 Ti2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 74 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 75 J1(θ J1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 76 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 77 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 78 −ki1 −ki1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 79 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 80 −kc1 −kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 81 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 82 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 83 Kc1 kc1 CC work_6fsgua7v2bf3bhu2cimvomab7m 244 84 ∈ ∈ JJ work_6fsgua7v2bf3bhu2cimvomab7m 244 85 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 86 0.001 0.001 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 87 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 88 Ku1 Ku1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 89 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 90 J2(θ J2(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 91 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 92 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 93 Ms1 Ms1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 94 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 95 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 96 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 97 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 98 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 99 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 100 1+Gc1(ω)Gp11(ω 1+gc1(ω)gp11(ω CD work_6fsgua7v2bf3bhu2cimvomab7m 244 101 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 102 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 103 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 104 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 105 Kc2 kc2 NN work_6fsgua7v2bf3bhu2cimvomab7m 244 106 ∈ ∈ IN work_6fsgua7v2bf3bhu2cimvomab7m 244 107 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 108 Ku2 ku2 NN work_6fsgua7v2bf3bhu2cimvomab7m 244 109 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 110 −0.001 −0.001 ADD work_6fsgua7v2bf3bhu2cimvomab7m 244 111 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 112 J3(θ J3(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 113 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 114 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 115 Mp1 Mp1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 116 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 117 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 118 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 119 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 120 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 121 Gc1(ω Gc1(ω NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 122 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 123 1+Gc1(ω)Gp11(ω 1+gc1(ω)gp11(ω CD work_6fsgua7v2bf3bhu2cimvomab7m 244 124 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 125 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 126 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 127 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 128 Ti1,i2 Ti1,i2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 129 ∈ ∈ IN work_6fsgua7v2bf3bhu2cimvomab7m 244 130 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 131 0.001 0.001 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 132 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 133 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 134 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 135 J4(θ J4(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 136 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 137 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 138 −ki2 −ki2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 139 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 140 −kc2 −kc2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 141 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 142 Ti2 Ti2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 143 J5(θ j5(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 244 144 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 145 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 146 Ms2 Ms2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 147 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 148 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 149 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 150 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 151 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 152 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 153 1+Gc2(ω)Gp22(ω 1+gc2(ω)gp22(ω CD work_6fsgua7v2bf3bhu2cimvomab7m 244 154 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 155 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 156 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 157 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 158 J6(θ J6(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 159 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 160 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 161 Mp2 Mp2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 162 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 163 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 164 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 165 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 166 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 167 Gc2(ω Gc2(ω NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 168 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 169 1+Gc2(ω)Gp22(ω 1+gc2(ω)gp22(ω CD work_6fsgua7v2bf3bhu2cimvomab7m 244 170 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 171 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 172 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 173 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 174 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 175 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 176 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 177 Lcm lcm NN work_6fsgua7v2bf3bhu2cimvomab7m 244 178 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 179 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 180 log log NN work_6fsgua7v2bf3bhu2cimvomab7m 244 181 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 182 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 183 ∣ ∣ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 184 W W NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 185 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 186 S S NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 187 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 188 1+W 1+w CD work_6fsgua7v2bf3bhu2cimvomab7m 244 189 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 190 S S NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 191 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 192 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 193 ∣ ∣ CD work_6fsgua7v2bf3bhu2cimvomab7m 244 194 ∣ ∣ NN work_6fsgua7v2bf3bhu2cimvomab7m 244 195 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 196 W(s w(s CD work_6fsgua7v2bf3bhu2cimvomab7m 244 197 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 198 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 199 −1 −1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 200 det det NN work_6fsgua7v2bf3bhu2cimvomab7m 244 201 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 202 I i NN work_6fsgua7v2bf3bhu2cimvomab7m 244 203 + + CC work_6fsgua7v2bf3bhu2cimvomab7m 244 204 Gp(s)Gc(s gp(s)gc(s NN work_6fsgua7v2bf3bhu2cimvomab7m 244 205 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 206 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 207 offset offset NN work_6fsgua7v2bf3bhu2cimvomab7m 244 208 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 209 max(Jnadir max(jnadir NN work_6fsgua7v2bf3bhu2cimvomab7m 244 210 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 211 ∗ ∗ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 212 R R NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 213 φ1(θ φ1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 214 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 215 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 216 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 217 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 218 0 0 NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 219 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 220 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 221 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 222 kc1 kc1 NN work_6fsgua7v2bf3bhu2cimvomab7m 244 223 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 224 Ti1 ti1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 225 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 226 2.1 2.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 227 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 228 |kc2 |kc2 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 229 + + SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 230 3kc2 3kc2 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 231 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 232 Ti2| Ti2| NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 233 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 234 0.42 0.42 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 235 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 236 φ2(θ φ2(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 237 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 238 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 239 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 240 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 241 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 242 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 243 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 244 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 245 Ms1 ms1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 246 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 247 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 248 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 249 Ms2 ms2 NN work_6fsgua7v2bf3bhu2cimvomab7m 244 250 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 251 φ3(θ φ3(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 252 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 253 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 254 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 255 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 256 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 257 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 258 1.0 1.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 259 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 260 Mp1 mp1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 261 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 262 1.0 1.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 263 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 264 Mp2 mp2 NN work_6fsgua7v2bf3bhu2cimvomab7m 244 265 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 266 φ4(θ φ4(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 267 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 268 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 269 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 270 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 271 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 272 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 273 Ms1 Ms1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 274 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 275 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 276 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 277 Ms2 ms2 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 278 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 279 2.0 2.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 280 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 281 φ5(θ φ5(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 244 282 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 283 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 244 284 max max NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 285 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 286 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 287 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 288 Mp1 mp1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 289 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 290 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 291 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 292 Mp2 Mp2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 293 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 294 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 295 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 296 φ6(θ φ6(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 297 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 298 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 299 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 300 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 301 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 302 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 303 4.0 4.0 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 304 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 305 φ7(θ φ7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 306 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 307 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 244 308 max{0 max{0 NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 309 , , , work_6fsgua7v2bf3bhu2cimvomab7m 244 310 −Lcm −Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 311 } } -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 244 312 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 244 313 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 244 314 : : : work_6fsgua7v2bf3bhu2cimvomab7m 244 315 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 316 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 244 317 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 244 318 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 244 319 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 244 320 PID PID NNP work_6fsgua7v2bf3bhu2cimvomab7m 244 321 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 244 322 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 244 323 . . . work_6fsgua7v2bf3bhu2cimvomab7m 245 1 16 16 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 2 Iǫ(A iǫ(a CD work_6fsgua7v2bf3bhu2cimvomab7m 245 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 4 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 245 5 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 6 < < XX work_6fsgua7v2bf3bhu2cimvomab7m 245 7 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 8 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 9 Every every DT work_6fsgua7v2bf3bhu2cimvomab7m 245 10 J(θ j(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 245 11 b b LS work_6fsgua7v2bf3bhu2cimvomab7m 245 12 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 13 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 14 B B NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 15 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 245 16 strictly strictly RB work_6fsgua7v2bf3bhu2cimvomab7m 245 17 dominated dominate VBN work_6fsgua7v2bf3bhu2cimvomab7m 245 18 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 245 19 at at RB work_6fsgua7v2bf3bhu2cimvomab7m 245 20 least least RBS work_6fsgua7v2bf3bhu2cimvomab7m 245 21 one one CD work_6fsgua7v2bf3bhu2cimvomab7m 245 22 J(θa j(θa NN work_6fsgua7v2bf3bhu2cimvomab7m 245 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 24 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 25 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 26 Iǫ(A iǫ(a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 28 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 245 29 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 30 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 245 31 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 32 ∧ ∧ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 33 Iǫ(B Iǫ(B NNPS work_6fsgua7v2bf3bhu2cimvomab7m 245 34 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 35 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 36 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 37 > > XX work_6fsgua7v2bf3bhu2cimvomab7m 245 38 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 39 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 40 Every every DT work_6fsgua7v2bf3bhu2cimvomab7m 245 41 J(θ j(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 245 42 b b LS work_6fsgua7v2bf3bhu2cimvomab7m 245 43 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 44 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 45 B B NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 46 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 245 47 weakly weakly RB work_6fsgua7v2bf3bhu2cimvomab7m 245 48 dominated dominate VBN work_6fsgua7v2bf3bhu2cimvomab7m 245 49 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 245 50 at at RB work_6fsgua7v2bf3bhu2cimvomab7m 245 51 least least RBS work_6fsgua7v2bf3bhu2cimvomab7m 245 52 one one CD work_6fsgua7v2bf3bhu2cimvomab7m 245 53 J(θa j(θa NN work_6fsgua7v2bf3bhu2cimvomab7m 245 54 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 55 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 56 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 57 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 245 58 A A NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 59 6= 6= NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 60 B. B. NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 61 Iǫ(A Iǫ(A NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 62 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 63 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 245 64 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 65 ≤ ≤ NN work_6fsgua7v2bf3bhu2cimvomab7m 245 66 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 67 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 68 Every every DT work_6fsgua7v2bf3bhu2cimvomab7m 245 69 J(θ j(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 245 70 b b LS work_6fsgua7v2bf3bhu2cimvomab7m 245 71 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 72 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 73 B B NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 74 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 245 75 weakly weakly RB work_6fsgua7v2bf3bhu2cimvomab7m 245 76 dominated dominate VBN work_6fsgua7v2bf3bhu2cimvomab7m 245 77 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 245 78 at at RB work_6fsgua7v2bf3bhu2cimvomab7m 245 79 least least RBS work_6fsgua7v2bf3bhu2cimvomab7m 245 80 one one CD work_6fsgua7v2bf3bhu2cimvomab7m 245 81 J(θa j(θa NN work_6fsgua7v2bf3bhu2cimvomab7m 245 82 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 83 ∈ ∈ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 84 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 85 Iǫ(A iǫ(a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 86 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 87 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 245 88 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 89 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 245 90 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 91 ∧ ∧ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 92 Iǫ(B Iǫ(B NNPS work_6fsgua7v2bf3bhu2cimvomab7m 245 93 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 94 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 95 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 96 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 97 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 98 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 99 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 100 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 101 B. B. NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 102 Iǫ(A Iǫ(A NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 103 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 104 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 245 105 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 106 > > XX work_6fsgua7v2bf3bhu2cimvomab7m 245 107 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 108 ∧ ∧ NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 109 Iǫ(B Iǫ(B NNPS work_6fsgua7v2bf3bhu2cimvomab7m 245 110 , , , work_6fsgua7v2bf3bhu2cimvomab7m 245 111 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 245 112 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 245 113 > > XX work_6fsgua7v2bf3bhu2cimvomab7m 245 114 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 245 115 → → SYM work_6fsgua7v2bf3bhu2cimvomab7m 245 116 Neither neither CC work_6fsgua7v2bf3bhu2cimvomab7m 245 117 A A NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 118 weakly weakly NN work_6fsgua7v2bf3bhu2cimvomab7m 245 119 dominates dominate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 245 120 B b NN work_6fsgua7v2bf3bhu2cimvomab7m 245 121 nor nor CC work_6fsgua7v2bf3bhu2cimvomab7m 245 122 B B NNP work_6fsgua7v2bf3bhu2cimvomab7m 245 123 weakly weakly WDT work_6fsgua7v2bf3bhu2cimvomab7m 245 124 dominates dominate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 245 125 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 246 1 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 246 2 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 246 3 : : : work_6fsgua7v2bf3bhu2cimvomab7m 246 4 Comparison comparison NN work_6fsgua7v2bf3bhu2cimvomab7m 246 5 methods method NNS work_6fsgua7v2bf3bhu2cimvomab7m 246 6 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 246 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 246 8 Eps Eps NNP work_6fsgua7v2bf3bhu2cimvomab7m 246 9 indicator indicator NN work_6fsgua7v2bf3bhu2cimvomab7m 246 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 247 1 Eps Eps NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 2 Indicator Indicator NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 3 Iǫ(NA Iǫ(NA VBZ work_6fsgua7v2bf3bhu2cimvomab7m 247 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 247 5 GA GA NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 247 7 Iǫ(sp Iǫ(sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 8 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 9 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 247 11 GA GA NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 12 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 247 13 Worst worst NN work_6fsgua7v2bf3bhu2cimvomab7m 247 14 2.34E-001 2.34e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 15 1.01E-001 1.01e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 16 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 17 Best good JJS work_6fsgua7v2bf3bhu2cimvomab7m 247 18 7.74E-002 7.74e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 19 4.69E-002 4.69e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 20 Set Set NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 21 Median Median NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 22 1.07E-001 1.07e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 23 7.55E-003 7.55e-003 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 24 Reference Reference NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 25 Mean Mean NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 26 1.19E-001 1.19e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 27 7.53E-002 7.53e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 28 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 247 29 676 676 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 30 Sol Sol NNP work_6fsgua7v2bf3bhu2cimvomab7m 247 31 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 247 32 Std std NN work_6fsgua7v2bf3bhu2cimvomab7m 247 33 3.32E-002 3.32e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 34 1.44E-002 1.44e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 35 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 247 36 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 247 37 : : : work_6fsgua7v2bf3bhu2cimvomab7m 247 38 Performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 247 39 achieved achieve VBN work_6fsgua7v2bf3bhu2cimvomab7m 247 40 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 247 41 MOEAs moea NNS work_6fsgua7v2bf3bhu2cimvomab7m 247 42 . . . work_6fsgua7v2bf3bhu2cimvomab7m 248 1 NA NA NNP work_6fsgua7v2bf3bhu2cimvomab7m 248 2 sp sp NNP work_6fsgua7v2bf3bhu2cimvomab7m 248 3 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 248 4 MODE MODE NNP work_6fsgua7v2bf3bhu2cimvomab7m 248 5 Worst Worst NNP work_6fsgua7v2bf3bhu2cimvomab7m 248 6 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 7 109 109 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 8 Best good JJS work_6fsgua7v2bf3bhu2cimvomab7m 248 9 48 48 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 10 243 243 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 11 Median median JJ work_6fsgua7v2bf3bhu2cimvomab7m 248 12 43 43 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 13 153 153 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 14 Mean Mean NNP work_6fsgua7v2bf3bhu2cimvomab7m 248 15 4.03E+001 4.03e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 16 1.56E+002 1.56e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 17 Std std NN work_6fsgua7v2bf3bhu2cimvomab7m 248 18 9.15E+000 9.15e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 19 3.09E+001 3.09e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 20 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 248 21 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 248 22 : : : work_6fsgua7v2bf3bhu2cimvomab7m 248 23 Number number NN work_6fsgua7v2bf3bhu2cimvomab7m 248 24 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 248 25 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 248 26 achieved achieve VBN work_6fsgua7v2bf3bhu2cimvomab7m 248 27 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 248 28 MOEAs moea NNS work_6fsgua7v2bf3bhu2cimvomab7m 248 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 249 1 17 17 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 2 kc1 kc1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 3 Ti1 Ti1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 4 kc2 kc2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 5 Ti2 Ti2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 6 J1(θ J1(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 8 J2(θ J2(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 10 J3(θ J3(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 11 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 12 J4(θ J4(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 14 J5(θ J5(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 15 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 16 J6(θ J6(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 17 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 18 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 19 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 20 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 21 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 22 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 23 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 24 0.3750 0.3750 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 25 8.2900 8.2900 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 26 -0.0750 -0.0750 SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 27 23.6000 23.6000 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 28 -0.0452 -0.0452 SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 29 1.2953 1.2953 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 30 1.1081 1.1081 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 31 -0.0032 -0.0032 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 32 1.2513 1.2513 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 33 0.9998 0.9998 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 34 3.8599 3.8599 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 35 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 36 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 37 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 38 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 39 0.8485 0.8485 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 40 326.3462 326.3462 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 41 -0.0132 -0.0132 : work_6fsgua7v2bf3bhu2cimvomab7m 249 42 1.9130 1.9130 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 43 -0.0026 -0.0026 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 44 1.6663 1.6663 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 45 1.0178 1.0178 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 46 -0.0069 -0.0069 NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 47 2.0569 2.0569 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 48 1.7259 1.7259 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 49 0.6024 0.6024 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 50 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 51 ‖Ĵ(θ)‖2 ‖ĵ(θ)‖2 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 52 0.4245 0.4245 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 53 15.6135 15.6135 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 54 -0.0397 -0.0397 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 55 7.0977 7.0977 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 56 -0.0272 -0.0272 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 57 1.3090 1.3090 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 58 1.0014 1.0014 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 59 -0.0056 -0.0056 SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 60 1.3090 1.3090 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 61 1.1047 1.1047 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 62 1.5054 1.5054 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 63 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 64 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 65 0.3351 0.3351 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 66 34.1079 34.1079 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 67 -0.0476 -0.0476 HYPH work_6fsgua7v2bf3bhu2cimvomab7m 249 68 8.9239 8.9239 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 69 -0.0098 -0.0098 : work_6fsgua7v2bf3bhu2cimvomab7m 249 70 1.2263 1.2263 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 71 1.0000 1.0000 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 72 -0.0053 -0.0053 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 73 1.2496 1.2496 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 74 1.0427 1.0427 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 75 0.7488 0.7488 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 76 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 77 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 78 0.7415 0.7415 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 79 11.2697 11.2697 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 80 -0.0431 -0.0431 SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 81 5.4571 5.4571 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 82 -0.0657 -0.0657 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 83 1.6220 1.6220 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 84 1.0809 1.0809 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 85 -0.0079 -0.0079 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 86 1.5097 1.5097 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 87 1.2914 1.2914 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 88 2.1913 2.1913 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 89 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 90 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 91 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 92 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 93 0.7687 0.7687 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 94 6.9516 6.9516 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 95 -0.0408 -0.0408 NN work_6fsgua7v2bf3bhu2cimvomab7m 249 96 5.1598 5.1598 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 97 -0.1106 -0.1106 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 98 1.6989 1.6989 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 99 1.2144 1.2144 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 100 -0.0079 -0.0079 : work_6fsgua7v2bf3bhu2cimvomab7m 249 101 1.5316 1.5316 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 102 1.3170 1.3170 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 103 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 104 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 105 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 106 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 107 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 108 0.8458 0.8458 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 109 12.4453 12.4453 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 110 -0.0858 -0.0858 NN work_6fsgua7v2bf3bhu2cimvomab7m 249 111 17.6735 17.6735 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 112 -0.0680 -0.0680 SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 113 1.7434 1.7434 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 114 1.1414 1.1414 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 115 -0.0049 -0.0049 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 116 1.3092 1.3092 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 117 1.0000 1.0000 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 118 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 119 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 249 120 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 249 121 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 249 122 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 123 0.92489 0.92489 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 124 8.7357 8.7357 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 125 -0.0783 -0.0783 : work_6fsgua7v2bf3bhu2cimvomab7m 249 126 5.8147 5.8147 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 127 -0.1059 -0.1059 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 128 1.8880 1.8880 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 129 1.2790 1.2790 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 130 -0.0135 -0.0135 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 131 1.6731 1.6731 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 132 1.4436 1.4436 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 133 3.9950 3.9950 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 134 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 249 135 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 249 136 : : : work_6fsgua7v2bf3bhu2cimvomab7m 249 137 Controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 249 138 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 249 139 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 249 140 further further JJ work_6fsgua7v2bf3bhu2cimvomab7m 249 141 evaluation evaluation NN work_6fsgua7v2bf3bhu2cimvomab7m 249 142 . . . work_6fsgua7v2bf3bhu2cimvomab7m 250 1 4.3 4.3 LS work_6fsgua7v2bf3bhu2cimvomab7m 250 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 251 1 Decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 251 2 making make VBG work_6fsgua7v2bf3bhu2cimvomab7m 251 3 stage stage NN work_6fsgua7v2bf3bhu2cimvomab7m 251 4 To to TO work_6fsgua7v2bf3bhu2cimvomab7m 251 5 validate validate VB work_6fsgua7v2bf3bhu2cimvomab7m 251 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 251 7 MOED MOED NNP work_6fsgua7v2bf3bhu2cimvomab7m 251 8 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 251 9 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 251 10 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 251 11 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 251 12 competitive competitive JJ work_6fsgua7v2bf3bhu2cimvomab7m 251 13 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 251 14 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 251 15 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 251 16 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 251 17 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 251 18 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 251 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 251 20 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 251 21 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 251 22 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 251 23 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 251 24 153 153 CD work_6fsgua7v2bf3bhu2cimvomab7m 251 25 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 251 26 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 251 27 median median JJ work_6fsgua7v2bf3bhu2cimvomab7m 251 28 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 251 29 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 251 30 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 251 31 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 251 32 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 251 33 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 251 34 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 251 35 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 251 36 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 251 37 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 251 38 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 251 39 evaluation.4 evaluation.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 251 40 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 251 41 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 251 42 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 251 43 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 251 44 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 251 45 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 251 46 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 251 47 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 251 48 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 251 49 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 251 50 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 251 51 LD LD NNP work_6fsgua7v2bf3bhu2cimvomab7m 251 52 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 251 53 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 251 54 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 251 55 respectively respectively RB work_6fsgua7v2bf3bhu2cimvomab7m 251 56 . . . work_6fsgua7v2bf3bhu2cimvomab7m 252 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 252 2 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 252 3 selection selection NN work_6fsgua7v2bf3bhu2cimvomab7m 252 4 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 252 5 lies lie VBZ work_6fsgua7v2bf3bhu2cimvomab7m 252 6 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 252 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 252 8 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 252 9 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 252 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 252 11 desired desire VBN work_6fsgua7v2bf3bhu2cimvomab7m 252 12 specifications specification NNS work_6fsgua7v2bf3bhu2cimvomab7m 252 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 253 1 To to TO work_6fsgua7v2bf3bhu2cimvomab7m 253 2 illustrate illustrate VB work_6fsgua7v2bf3bhu2cimvomab7m 253 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 253 4 tradeoff tradeoff NNS work_6fsgua7v2bf3bhu2cimvomab7m 253 5 achieved achieve VBN work_6fsgua7v2bf3bhu2cimvomab7m 253 6 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 253 7 different different JJ work_6fsgua7v2bf3bhu2cimvomab7m 253 8 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 253 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 253 10 six six CD work_6fsgua7v2bf3bhu2cimvomab7m 253 11 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 253 12 Gc(s Gc(s NNP work_6fsgua7v2bf3bhu2cimvomab7m 253 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 253 14 were be VBD work_6fsgua7v2bf3bhu2cimvomab7m 253 15 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 253 16 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 253 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 253 18 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 253 19 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 253 20 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 253 21 further further JJ work_6fsgua7v2bf3bhu2cimvomab7m 253 22 evaluation evaluation NN work_6fsgua7v2bf3bhu2cimvomab7m 253 23 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 253 24 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 253 25 Table Table NNP work_6fsgua7v2bf3bhu2cimvomab7m 253 26 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 253 27 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 253 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 254 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 254 2 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 254 3 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 254 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 254 5 lowest low JJS work_6fsgua7v2bf3bhu2cimvomab7m 254 6 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 254 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 254 8 ‖Ĵ(θ)‖2 ‖Ĵ(θ)‖2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 254 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 254 10 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 254 11 norm norm NN work_6fsgua7v2bf3bhu2cimvomab7m 254 12 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 254 13 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 254 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 255 1 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 255 2 overall overall JJ work_6fsgua7v2bf3bhu2cimvomab7m 255 3 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 255 4 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 255 5 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 255 6 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 255 7 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 255 8 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 255 9 expected expect VBN work_6fsgua7v2bf3bhu2cimvomab7m 255 10 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 255 11 these these DT work_6fsgua7v2bf3bhu2cimvomab7m 255 12 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 255 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 256 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 256 2 remaining remain VBG work_6fsgua7v2bf3bhu2cimvomab7m 256 3 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 256 4 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 256 5 selected select VBN work_6fsgua7v2bf3bhu2cimvomab7m 256 6 according accord VBG work_6fsgua7v2bf3bhu2cimvomab7m 256 7 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 256 8 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 256 9 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 256 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 257 1 Let let VB work_6fsgua7v2bf3bhu2cimvomab7m 257 2 ’s -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 257 3 assume assume VB work_6fsgua7v2bf3bhu2cimvomab7m 257 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 257 5 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 257 6 example example NN work_6fsgua7v2bf3bhu2cimvomab7m 257 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 257 8 that that IN work_6fsgua7v2bf3bhu2cimvomab7m 257 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 257 10 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 257 11 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 257 12 interested interested JJ work_6fsgua7v2bf3bhu2cimvomab7m 257 13 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 257 14 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 257 15 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 257 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 257 17 A A NNP work_6fsgua7v2bf3bhu2cimvomab7m 257 18 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 257 19 line line NN work_6fsgua7v2bf3bhu2cimvomab7m 257 20 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 257 21 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 257 22 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 257 23 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 257 24 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 257 25 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 257 26 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 257 27 6b 6b NNP work_6fsgua7v2bf3bhu2cimvomab7m 257 28 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 257 29 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 257 30 decides decide VBZ work_6fsgua7v2bf3bhu2cimvomab7m 257 31 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 257 32 perform perform VB work_6fsgua7v2bf3bhu2cimvomab7m 257 33 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 257 34 further further JJ work_6fsgua7v2bf3bhu2cimvomab7m 257 35 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 257 36 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 257 37 three three CD work_6fsgua7v2bf3bhu2cimvomab7m 257 38 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 257 39 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 257 40 such such PDT work_6fsgua7v2bf3bhu2cimvomab7m 257 41 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 257 42 geometric geometric JJ work_6fsgua7v2bf3bhu2cimvomab7m 257 43 locus locus NN work_6fsgua7v2bf3bhu2cimvomab7m 257 44 . . . work_6fsgua7v2bf3bhu2cimvomab7m 258 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 258 2 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 258 3 resulting result VBG work_6fsgua7v2bf3bhu2cimvomab7m 258 4 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 258 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 258 6 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 258 7 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 258 8 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 9 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 258 10 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 11 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 12 oriented orient VBN work_6fsgua7v2bf3bhu2cimvomab7m 258 13 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 258 14 MIMO- MIMO- NNS work_6fsgua7v2bf3bhu2cimvomab7m 258 15 stability stability NN work_6fsgua7v2bf3bhu2cimvomab7m 258 16 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 258 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 258 18 Ziegler Ziegler NNP work_6fsgua7v2bf3bhu2cimvomab7m 258 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 258 20 Nichols Nichols NNP work_6fsgua7v2bf3bhu2cimvomab7m 258 21 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 258 22 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 258 24 as as RB work_6fsgua7v2bf3bhu2cimvomab7m 258 25 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 258 26 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 258 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 258 28 controller controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 258 29 pro- pro- NNP work_6fsgua7v2bf3bhu2cimvomab7m 258 30 posed pose VBD work_6fsgua7v2bf3bhu2cimvomab7m 258 31 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 258 32 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 33 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 258 34 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 35 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 36 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 258 37 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 258 38 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 258 39 minimises minimise VBZ work_6fsgua7v2bf3bhu2cimvomab7m 258 40 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 258 41 integral integral NN work_6fsgua7v2bf3bhu2cimvomab7m 258 42 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 258 43 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 258 44 absolute absolute JJ work_6fsgua7v2bf3bhu2cimvomab7m 258 45 error error NN work_6fsgua7v2bf3bhu2cimvomab7m 258 46 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 258 47 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 258 48 specific specific JJ work_6fsgua7v2bf3bhu2cimvomab7m 258 49 test test NN work_6fsgua7v2bf3bhu2cimvomab7m 258 50 , , , work_6fsgua7v2bf3bhu2cimvomab7m 258 51 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 258 52 finally finally RB work_6fsgua7v2bf3bhu2cimvomab7m 258 53 included include VBN work_6fsgua7v2bf3bhu2cimvomab7m 258 54 . . . work_6fsgua7v2bf3bhu2cimvomab7m 259 1 These these DT work_6fsgua7v2bf3bhu2cimvomab7m 259 2 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 259 3 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 259 4 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 259 5 tested test VBN work_6fsgua7v2bf3bhu2cimvomab7m 259 6 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 259 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 259 8 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 259 9 model model NN work_6fsgua7v2bf3bhu2cimvomab7m 259 10 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 259 11 three three CD work_6fsgua7v2bf3bhu2cimvomab7m 259 12 dif- dif- RB work_6fsgua7v2bf3bhu2cimvomab7m 259 13 ferent ferent JJ work_6fsgua7v2bf3bhu2cimvomab7m 259 14 experiments experiment NNS work_6fsgua7v2bf3bhu2cimvomab7m 259 15 : : : work_6fsgua7v2bf3bhu2cimvomab7m 259 16 1 1 LS work_6fsgua7v2bf3bhu2cimvomab7m 259 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 260 1 Set Set VBN work_6fsgua7v2bf3bhu2cimvomab7m 260 2 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 260 3 change change NN work_6fsgua7v2bf3bhu2cimvomab7m 260 4 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 260 5 controlled control VBN work_6fsgua7v2bf3bhu2cimvomab7m 260 6 Variable Variable NNP work_6fsgua7v2bf3bhu2cimvomab7m 260 7 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 260 8 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 260 9 consequently consequently RB work_6fsgua7v2bf3bhu2cimvomab7m 260 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 260 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 260 12 perfor- perfor- NNP work_6fsgua7v2bf3bhu2cimvomab7m 260 13 mance mance NN work_6fsgua7v2bf3bhu2cimvomab7m 260 14 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 260 15 reject reject VB work_6fsgua7v2bf3bhu2cimvomab7m 260 16 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 260 17 disturbance disturbance NN work_6fsgua7v2bf3bhu2cimvomab7m 260 18 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 260 19 controlled control VBN work_6fsgua7v2bf3bhu2cimvomab7m 260 20 Variable Variable NNP work_6fsgua7v2bf3bhu2cimvomab7m 260 21 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 260 22 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 260 23 evaluated evaluate VBN work_6fsgua7v2bf3bhu2cimvomab7m 260 24 . . . work_6fsgua7v2bf3bhu2cimvomab7m 261 1 2 2 LS work_6fsgua7v2bf3bhu2cimvomab7m 261 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 262 1 Set Set VBN work_6fsgua7v2bf3bhu2cimvomab7m 262 2 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 262 3 change change NN work_6fsgua7v2bf3bhu2cimvomab7m 262 4 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 262 5 controlled control VBN work_6fsgua7v2bf3bhu2cimvomab7m 262 6 Variable Variable NNP work_6fsgua7v2bf3bhu2cimvomab7m 262 7 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 262 8 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 262 9 consequently consequently RB work_6fsgua7v2bf3bhu2cimvomab7m 262 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 262 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 262 12 perfor- perfor- NNP work_6fsgua7v2bf3bhu2cimvomab7m 262 13 mance mance NN work_6fsgua7v2bf3bhu2cimvomab7m 262 14 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 262 15 reject reject VB work_6fsgua7v2bf3bhu2cimvomab7m 262 16 disturbance disturbance NN work_6fsgua7v2bf3bhu2cimvomab7m 262 17 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 262 18 controlled control VBN work_6fsgua7v2bf3bhu2cimvomab7m 262 19 Variable Variable NNP work_6fsgua7v2bf3bhu2cimvomab7m 262 20 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 262 21 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 262 22 evaluated evaluate VBN work_6fsgua7v2bf3bhu2cimvomab7m 262 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 263 1 4The 4the LS work_6fsgua7v2bf3bhu2cimvomab7m 263 2 best good JJS work_6fsgua7v2bf3bhu2cimvomab7m 263 3 solution solution NN work_6fsgua7v2bf3bhu2cimvomab7m 263 4 attained attain VBN work_6fsgua7v2bf3bhu2cimvomab7m 263 5 could could MD work_6fsgua7v2bf3bhu2cimvomab7m 263 6 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 263 7 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 263 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 263 9 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 263 10 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 263 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 263 12 but but CC work_6fsgua7v2bf3bhu2cimvomab7m 263 13 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 263 14 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 263 15 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 263 16 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 263 17 entirely entirely RB work_6fsgua7v2bf3bhu2cimvomab7m 263 18 realistic realistic JJ work_6fsgua7v2bf3bhu2cimvomab7m 263 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 263 20 since since IN work_6fsgua7v2bf3bhu2cimvomab7m 263 21 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 263 22 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 263 23 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 263 24 always always RB work_6fsgua7v2bf3bhu2cimvomab7m 263 25 possible possible JJ work_6fsgua7v2bf3bhu2cimvomab7m 263 26 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 263 27 run run VB work_6fsgua7v2bf3bhu2cimvomab7m 263 28 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 263 29 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 263 30 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 263 31 several several JJ work_6fsgua7v2bf3bhu2cimvomab7m 263 32 times time NNS work_6fsgua7v2bf3bhu2cimvomab7m 263 33 . . . work_6fsgua7v2bf3bhu2cimvomab7m 264 1 18 18 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 2 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 3 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 4 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 5 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 6 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 7 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 8 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 9 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 10 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 11 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 12 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 13 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 14 θ θ NN work_6fsgua7v2bf3bhu2cimvomab7m 264 15 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 16 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 17 Proportional proportional JJ work_6fsgua7v2bf3bhu2cimvomab7m 264 18 Gain gain NN work_6fsgua7v2bf3bhu2cimvomab7m 264 19 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 20 | | CD work_6fsgua7v2bf3bhu2cimvomab7m 264 21 |J |j CD work_6fsgua7v2bf3bhu2cimvomab7m 264 22 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 23 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 25 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 26 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 27 ∞ ∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 28 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 29 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 30 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 31 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 32 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 33 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 34 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 35 35 35 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 36 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 37 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 38 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 39 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 40 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 41 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 42 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 43 θ θ NN work_6fsgua7v2bf3bhu2cimvomab7m 264 44 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 45 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 46 Integral integral JJ work_6fsgua7v2bf3bhu2cimvomab7m 264 47 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 264 48 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 49 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 50 secs secs NN work_6fsgua7v2bf3bhu2cimvomab7m 264 51 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 52 −0.12 −0.12 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 53 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 264 54 −0.08 −0.08 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 55 −0.06 −0.06 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 56 −0.04 −0.04 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 57 −0.02 −0.02 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 58 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 59 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 60 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 61 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 62 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 63 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 64 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 65 θ θ NN work_6fsgua7v2bf3bhu2cimvomab7m 264 66 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 67 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 68 Proportional proportional JJ work_6fsgua7v2bf3bhu2cimvomab7m 264 69 Gain gain NN work_6fsgua7v2bf3bhu2cimvomab7m 264 70 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 71 | | CD work_6fsgua7v2bf3bhu2cimvomab7m 264 72 |J |j CD work_6fsgua7v2bf3bhu2cimvomab7m 264 73 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 74 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 75 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 76 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 77 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 78 ∞ ∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 79 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 80 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 81 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 82 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 83 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 84 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 85 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 86 35 35 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 87 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 88 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 89 0.7 0.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 90 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 91 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 92 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 93 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 94 θ θ NN work_6fsgua7v2bf3bhu2cimvomab7m 264 95 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 96 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 97 Integral integral JJ work_6fsgua7v2bf3bhu2cimvomab7m 264 98 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 264 99 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 100 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 101 secs secs NN work_6fsgua7v2bf3bhu2cimvomab7m 264 102 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 103 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 104 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 264 105 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 106 Θ∗P Θ∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 107 −0.15 −0.15 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 108 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 264 109 −0.05 −0.05 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 110 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 111 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 112 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 113 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 114 J j NN work_6fsgua7v2bf3bhu2cimvomab7m 264 115 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 116 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 117 Integral integral JJ work_6fsgua7v2bf3bhu2cimvomab7m 264 118 Gain Gain NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 119 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 120 −−− −−− NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 121 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 122 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 123 |J |j CD work_6fsgua7v2bf3bhu2cimvomab7m 264 124 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 125 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 126 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 127 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 128 | | NNS work_6fsgua7v2bf3bhu2cimvomab7m 264 129 ∞ ∞ NN work_6fsgua7v2bf3bhu2cimvomab7m 264 130 −0.015 −0.015 JJR work_6fsgua7v2bf3bhu2cimvomab7m 264 131 −0.01 −0.01 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 132 −0.005 −0.005 NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 133 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 134 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 135 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 136 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 137 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 138 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 139 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 140 Integral integral JJ work_6fsgua7v2bf3bhu2cimvomab7m 264 141 Gain gain NN work_6fsgua7v2bf3bhu2cimvomab7m 264 142 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 143 −−− −−− NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 144 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 145 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 146 1.3 1.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 147 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 148 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 149 1.6 1.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 150 1.7 1.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 151 1.8 1.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 152 1.9 1.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 153 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 154 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 155 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 156 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 157 J j NN work_6fsgua7v2bf3bhu2cimvomab7m 264 158 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 159 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 160 Sensitivity Sensitivity NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 161 Function Function NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 162 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 163 |J |j CD work_6fsgua7v2bf3bhu2cimvomab7m 264 164 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 165 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 166 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 167 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 168 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 169 ∞ ∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 170 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 171 1.3 1.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 172 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 173 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 174 1.6 1.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 175 1.7 1.7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 176 1.8 1.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 177 1.9 1.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 178 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 179 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 180 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 181 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 182 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 183 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 184 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 185 Sensitivity sensitivity NN work_6fsgua7v2bf3bhu2cimvomab7m 264 186 Function function NN work_6fsgua7v2bf3bhu2cimvomab7m 264 187 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 188 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 189 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 190 1.3 1.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 191 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 192 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 193 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 194 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 195 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 196 J j NN work_6fsgua7v2bf3bhu2cimvomab7m 264 197 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 198 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 199 Complementary Complementary NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 200 Sensitivity Sensitivity NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 201 Function Function NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 202 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 203 |J |j CD work_6fsgua7v2bf3bhu2cimvomab7m 264 204 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 205 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 206 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 207 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 208 | | NNS work_6fsgua7v2bf3bhu2cimvomab7m 264 209 ∞ ∞ NN work_6fsgua7v2bf3bhu2cimvomab7m 264 210 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 211 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 212 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 213 1.3 1.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 214 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 215 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 216 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 217 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 218 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 219 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 220 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 221 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 222 Complementary Complementary NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 223 Sensitivity Sensitivity NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 224 Function Function NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 225 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 226 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 227 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 228 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 229 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 230 2.5 2.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 231 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 232 3.5 3.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 233 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 234 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 235 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 236 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 237 J J NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 238 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 239 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 240 Biggest Biggest NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 241 Log Log NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 242 Modulus Modulus NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 243 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 244 |J |j CD work_6fsgua7v2bf3bhu2cimvomab7m 264 245 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 246 θ θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 247 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 248 | | NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 249 | | NNS work_6fsgua7v2bf3bhu2cimvomab7m 264 250 ∞ ∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 251 A a NN work_6fsgua7v2bf3bhu2cimvomab7m 264 252 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 253 b b NN work_6fsgua7v2bf3bhu2cimvomab7m 264 254 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 264 255 J∗P J∗P NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 256 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 257 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 264 258 : : : work_6fsgua7v2bf3bhu2cimvomab7m 264 259 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 260 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 264 261 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 264 262 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 264 263 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 264 264 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 264 265 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 264 266 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 264 267 . . . work_6fsgua7v2bf3bhu2cimvomab7m 265 1 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 265 2 norm norm NNP work_6fsgua7v2bf3bhu2cimvomab7m 265 3 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 265 4 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 265 5 . . . work_6fsgua7v2bf3bhu2cimvomab7m 266 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 266 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 266 3 line line NN work_6fsgua7v2bf3bhu2cimvomab7m 266 4 indicates indicate VBZ work_6fsgua7v2bf3bhu2cimvomab7m 266 5 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 266 6 that that WDT work_6fsgua7v2bf3bhu2cimvomab7m 266 7 match match VBP work_6fsgua7v2bf3bhu2cimvomab7m 266 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 266 9 hypothetical hypothetical JJ work_6fsgua7v2bf3bhu2cimvomab7m 266 10 preference preference NN work_6fsgua7v2bf3bhu2cimvomab7m 266 11 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 266 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 266 13 DM DM NNP work_6fsgua7v2bf3bhu2cimvomab7m 266 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 267 1 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 267 2 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 267 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 268 1 Simultaneous simultaneous JJ work_6fsgua7v2bf3bhu2cimvomab7m 268 2 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 268 3 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 268 4 change change NN work_6fsgua7v2bf3bhu2cimvomab7m 268 5 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 268 6 both both DT work_6fsgua7v2bf3bhu2cimvomab7m 268 7 controlled control VBN work_6fsgua7v2bf3bhu2cimvomab7m 268 8 variables variable NNS work_6fsgua7v2bf3bhu2cimvomab7m 268 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 269 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 269 2 all all DT work_6fsgua7v2bf3bhu2cimvomab7m 269 3 cases case NNS work_6fsgua7v2bf3bhu2cimvomab7m 269 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 269 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 6 integral integral NN work_6fsgua7v2bf3bhu2cimvomab7m 269 7 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 269 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 9 absolute absolute JJ work_6fsgua7v2bf3bhu2cimvomab7m 269 10 error error NN work_6fsgua7v2bf3bhu2cimvomab7m 269 11 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 12 IAE IAE NNP work_6fsgua7v2bf3bhu2cimvomab7m 269 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 269 15 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 16 integral integral NN work_6fsgua7v2bf3bhu2cimvomab7m 269 17 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 269 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 19 absolute absolute JJ work_6fsgua7v2bf3bhu2cimvomab7m 269 20 derivative derivative NN work_6fsgua7v2bf3bhu2cimvomab7m 269 21 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 269 22 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 23 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 269 24 action action NN work_6fsgua7v2bf3bhu2cimvomab7m 269 25 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 26 IADU IADU NNP work_6fsgua7v2bf3bhu2cimvomab7m 269 27 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 28 , , , work_6fsgua7v2bf3bhu2cimvomab7m 269 29 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 30 settling settling NN work_6fsgua7v2bf3bhu2cimvomab7m 269 31 time time NN work_6fsgua7v2bf3bhu2cimvomab7m 269 32 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 33 ST ST NNP work_6fsgua7v2bf3bhu2cimvomab7m 269 34 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 35 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 269 36 ±2 ±2 JJ work_6fsgua7v2bf3bhu2cimvomab7m 269 37 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 269 38 , , , work_6fsgua7v2bf3bhu2cimvomab7m 269 39 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 40 rise rise NN work_6fsgua7v2bf3bhu2cimvomab7m 269 41 time time NN work_6fsgua7v2bf3bhu2cimvomab7m 269 42 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 43 RT RT NNP work_6fsgua7v2bf3bhu2cimvomab7m 269 44 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 45 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 269 46 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 269 47 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 269 48 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 269 49 90 90 CD work_6fsgua7v2bf3bhu2cimvomab7m 269 50 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 269 51 , , , work_6fsgua7v2bf3bhu2cimvomab7m 269 52 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 53 maximum maximum JJ work_6fsgua7v2bf3bhu2cimvomab7m 269 54 deviation deviation NN work_6fsgua7v2bf3bhu2cimvomab7m 269 55 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 56 MD MD NNP work_6fsgua7v2bf3bhu2cimvomab7m 269 57 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 58 , , , work_6fsgua7v2bf3bhu2cimvomab7m 269 59 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 269 60 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 269 61 overshoot overshoot NN work_6fsgua7v2bf3bhu2cimvomab7m 269 62 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 63 OS OS NNP work_6fsgua7v2bf3bhu2cimvomab7m 269 64 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 269 65 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 269 66 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 269 67 evaluated evaluate VBN work_6fsgua7v2bf3bhu2cimvomab7m 269 68 . . . work_6fsgua7v2bf3bhu2cimvomab7m 270 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 270 2 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 270 3 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 270 4 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 270 5 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 270 6 Figures Figures NNP work_6fsgua7v2bf3bhu2cimvomab7m 270 7 7,8 7,8 CD work_6fsgua7v2bf3bhu2cimvomab7m 270 8 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 270 9 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 270 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 270 11 obtained obtain VBN work_6fsgua7v2bf3bhu2cimvomab7m 270 12 results result NNS work_6fsgua7v2bf3bhu2cimvomab7m 270 13 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 270 14 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 270 15 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 270 16 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 270 17 shown show VBN work_6fsgua7v2bf3bhu2cimvomab7m 270 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 271 1 Some some DT work_6fsgua7v2bf3bhu2cimvomab7m 271 2 expected expect VBN work_6fsgua7v2bf3bhu2cimvomab7m 271 3 behaviours behaviour NNS work_6fsgua7v2bf3bhu2cimvomab7m 271 4 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 271 5 noted note VBN work_6fsgua7v2bf3bhu2cimvomab7m 271 6 : : : work_6fsgua7v2bf3bhu2cimvomab7m 271 7 • • VB work_6fsgua7v2bf3bhu2cimvomab7m 271 8 For for IN work_6fsgua7v2bf3bhu2cimvomab7m 271 9 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 271 10 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 271 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 12 A A NNP work_6fsgua7v2bf3bhu2cimvomab7m 271 13 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 271 14 line line NN work_6fsgua7v2bf3bhu2cimvomab7m 271 15 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 271 16 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 271 17 J7 J7 NNP work_6fsgua7v2bf3bhu2cimvomab7m 271 18 at at IN work_6fsgua7v2bf3bhu2cimvomab7m 271 19 Figure Figure NNP work_6fsgua7v2bf3bhu2cimvomab7m 271 20 6b 6b NNP work_6fsgua7v2bf3bhu2cimvomab7m 271 21 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 271 22 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 23 greater great JJR work_6fsgua7v2bf3bhu2cimvomab7m 271 24 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 25 Lcm Lcm NNP work_6fsgua7v2bf3bhu2cimvomab7m 271 26 , , , work_6fsgua7v2bf3bhu2cimvomab7m 271 27 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 28 greater great JJR work_6fsgua7v2bf3bhu2cimvomab7m 271 29 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 30 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 271 31 action action NN work_6fsgua7v2bf3bhu2cimvomab7m 271 32 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 271 33 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 34 worse bad JJR work_6fsgua7v2bf3bhu2cimvomab7m 271 35 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 271 36 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 271 37 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 271 38 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 271 39 offs off NNS work_6fsgua7v2bf3bhu2cimvomab7m 271 40 . . . work_6fsgua7v2bf3bhu2cimvomab7m 272 1 That that DT work_6fsgua7v2bf3bhu2cimvomab7m 272 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 272 3 evident evident JJ work_6fsgua7v2bf3bhu2cimvomab7m 272 4 since since IN work_6fsgua7v2bf3bhu2cimvomab7m 272 5 such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 272 6 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 272 7 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 272 8 incapable incapable JJ work_6fsgua7v2bf3bhu2cimvomab7m 272 9 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 272 10 performing perform VBG work_6fsgua7v2bf3bhu2cimvomab7m 272 11 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 272 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 272 13 all all PDT work_6fsgua7v2bf3bhu2cimvomab7m 272 14 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 272 15 experiments experiment NNS work_6fsgua7v2bf3bhu2cimvomab7m 272 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 273 1 Notice notice VB work_6fsgua7v2bf3bhu2cimvomab7m 273 2 how how WRB work_6fsgua7v2bf3bhu2cimvomab7m 273 3 these these DT work_6fsgua7v2bf3bhu2cimvomab7m 273 4 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 273 5 become become VBP work_6fsgua7v2bf3bhu2cimvomab7m 273 6 more more RBR work_6fsgua7v2bf3bhu2cimvomab7m 273 7 oscillating oscillating JJ work_6fsgua7v2bf3bhu2cimvomab7m 273 8 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 273 9 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 273 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 273 11 increases increase VBZ work_6fsgua7v2bf3bhu2cimvomab7m 273 12 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 273 13 Figures Figures NNP work_6fsgua7v2bf3bhu2cimvomab7m 273 14 7b 7b NNP work_6fsgua7v2bf3bhu2cimvomab7m 273 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 273 16 8b 8b NNP work_6fsgua7v2bf3bhu2cimvomab7m 273 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 273 18 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 273 19 9b 9b LS work_6fsgua7v2bf3bhu2cimvomab7m 273 20 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 273 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 274 1 • • NNP work_6fsgua7v2bf3bhu2cimvomab7m 274 2 Controller Controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 274 3 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 274 4 obtains obtain VBZ work_6fsgua7v2bf3bhu2cimvomab7m 274 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 274 6 best good JJS work_6fsgua7v2bf3bhu2cimvomab7m 274 7 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 274 8 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 274 9 IAE IAE NNP work_6fsgua7v2bf3bhu2cimvomab7m 274 10 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 274 11 Experiment Experiment NNP work_6fsgua7v2bf3bhu2cimvomab7m 274 12 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 274 13 ; ; : work_6fsgua7v2bf3bhu2cimvomab7m 274 14 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 274 15 was be VBD work_6fsgua7v2bf3bhu2cimvomab7m 274 16 expected expect VBN work_6fsgua7v2bf3bhu2cimvomab7m 274 17 since since IN work_6fsgua7v2bf3bhu2cimvomab7m 274 18 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 274 19 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 274 20 was be VBD work_6fsgua7v2bf3bhu2cimvomab7m 274 21 tuned tune VBN work_6fsgua7v2bf3bhu2cimvomab7m 274 22 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 274 23 minimise minimise VB work_6fsgua7v2bf3bhu2cimvomab7m 274 24 IAE IAE NNP work_6fsgua7v2bf3bhu2cimvomab7m 274 25 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 274 26 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 274 27 same same JJ work_6fsgua7v2bf3bhu2cimvomab7m 274 28 experiment experiment NN work_6fsgua7v2bf3bhu2cimvomab7m 274 29 . . . work_6fsgua7v2bf3bhu2cimvomab7m 275 1 Notice notice VB work_6fsgua7v2bf3bhu2cimvomab7m 275 2 how how WRB work_6fsgua7v2bf3bhu2cimvomab7m 275 3 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 275 4 outstanding outstanding JJ work_6fsgua7v2bf3bhu2cimvomab7m 275 5 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 275 6 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 275 7 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 275 8 lower low JJR work_6fsgua7v2bf3bhu2cimvomab7m 275 9 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 275 10 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 275 11 off off RP work_6fsgua7v2bf3bhu2cimvomab7m 275 12 when when WRB work_6fsgua7v2bf3bhu2cimvomab7m 275 13 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 275 14 set set NN work_6fsgua7v2bf3bhu2cimvomab7m 275 15 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 275 16 point point NN work_6fsgua7v2bf3bhu2cimvomab7m 275 17 change change NN work_6fsgua7v2bf3bhu2cimvomab7m 275 18 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 275 19 controlled control VBN work_6fsgua7v2bf3bhu2cimvomab7m 275 20 variable variable NN work_6fsgua7v2bf3bhu2cimvomab7m 275 21 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 275 22 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 275 23 applied apply VBN work_6fsgua7v2bf3bhu2cimvomab7m 275 24 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 275 25 Figures Figures NNP work_6fsgua7v2bf3bhu2cimvomab7m 275 26 7a 7a NNP work_6fsgua7v2bf3bhu2cimvomab7m 275 27 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 275 28 8a 8a NNP work_6fsgua7v2bf3bhu2cimvomab7m 275 29 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 275 30 . . . work_6fsgua7v2bf3bhu2cimvomab7m 276 1 • • NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 2 Controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 276 3 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 276 4 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 5 ‖Ĵ(θ)‖2 ‖Ĵ(θ)‖2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 276 7 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 8 ‖Ĵ(θ)‖1 ‖Ĵ(θ)‖1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 276 10 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 11 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 12 have have VBP work_6fsgua7v2bf3bhu2cimvomab7m 276 13 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 276 14 balanced balanced JJ work_6fsgua7v2bf3bhu2cimvomab7m 276 15 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 276 16 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 276 17 off off NN work_6fsgua7v2bf3bhu2cimvomab7m 276 18 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 276 19 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 276 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 276 21 achieving achieve VBG work_6fsgua7v2bf3bhu2cimvomab7m 276 22 good good JJ work_6fsgua7v2bf3bhu2cimvomab7m 276 23 overall overall NN work_6fsgua7v2bf3bhu2cimvomab7m 276 24 perfor- perfor- IN work_6fsgua7v2bf3bhu2cimvomab7m 276 25 mance mance NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 26 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 276 27 Figures Figures NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 28 7b 7b NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 276 30 8b 8b NNP work_6fsgua7v2bf3bhu2cimvomab7m 276 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 276 32 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 276 33 9b 9b LS work_6fsgua7v2bf3bhu2cimvomab7m 276 34 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 276 35 . . . work_6fsgua7v2bf3bhu2cimvomab7m 277 1 It -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 277 2 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 277 3 important important JJ work_6fsgua7v2bf3bhu2cimvomab7m 277 4 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 277 5 remark remark VB work_6fsgua7v2bf3bhu2cimvomab7m 277 6 that that IN work_6fsgua7v2bf3bhu2cimvomab7m 277 7 there there EX work_6fsgua7v2bf3bhu2cimvomab7m 277 8 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 277 9 no no DT work_6fsgua7v2bf3bhu2cimvomab7m 277 10 bad bad JJ work_6fsgua7v2bf3bhu2cimvomab7m 277 11 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 277 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 277 13 just just RB work_6fsgua7v2bf3bhu2cimvomab7m 277 14 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 277 15 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 277 16 different different JJ work_6fsgua7v2bf3bhu2cimvomab7m 277 17 trade trade NN work_6fsgua7v2bf3bhu2cimvomab7m 277 18 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 277 19 offs off NNS work_6fsgua7v2bf3bhu2cimvomab7m 277 20 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 277 21 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 277 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 278 1 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 278 2 we -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 278 3 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 278 4 see see VB work_6fsgua7v2bf3bhu2cimvomab7m 278 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 278 6 performances performance NNS work_6fsgua7v2bf3bhu2cimvomab7m 278 7 dif- dif- RB work_6fsgua7v2bf3bhu2cimvomab7m 278 8 fer fer NNP work_6fsgua7v2bf3bhu2cimvomab7m 278 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 279 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 279 2 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 279 3 could could MD work_6fsgua7v2bf3bhu2cimvomab7m 279 4 assist assist VB work_6fsgua7v2bf3bhu2cimvomab7m 279 5 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 279 6 scheduling schedule VBG work_6fsgua7v2bf3bhu2cimvomab7m 279 7 strategies strategy NNS work_6fsgua7v2bf3bhu2cimvomab7m 279 8 where where WRB work_6fsgua7v2bf3bhu2cimvomab7m 279 9 more more JJR work_6fsgua7v2bf3bhu2cimvomab7m 279 10 than than IN work_6fsgua7v2bf3bhu2cimvomab7m 279 11 one one CD work_6fsgua7v2bf3bhu2cimvomab7m 279 12 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 279 13 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 279 14 used use VBN work_6fsgua7v2bf3bhu2cimvomab7m 279 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 280 1 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 280 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 280 3 final final JJ work_6fsgua7v2bf3bhu2cimvomab7m 280 4 remark remark NN work_6fsgua7v2bf3bhu2cimvomab7m 280 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 280 6 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 280 7 can can MD work_6fsgua7v2bf3bhu2cimvomab7m 280 8 be be VB work_6fsgua7v2bf3bhu2cimvomab7m 280 9 noticed notice VBN work_6fsgua7v2bf3bhu2cimvomab7m 280 10 that that IN work_6fsgua7v2bf3bhu2cimvomab7m 280 11 operational operational JJ work_6fsgua7v2bf3bhu2cimvomab7m 280 12 aspects aspect NNS work_6fsgua7v2bf3bhu2cimvomab7m 280 13 such such JJ work_6fsgua7v2bf3bhu2cimvomab7m 280 14 saturation saturation NN work_6fsgua7v2bf3bhu2cimvomab7m 280 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 280 16 initial initial JJ work_6fsgua7v2bf3bhu2cimvomab7m 280 17 states state NNS work_6fsgua7v2bf3bhu2cimvomab7m 280 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 280 19 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 280 20 operational operational JJ work_6fsgua7v2bf3bhu2cimvomab7m 280 21 ranges range NNS work_6fsgua7v2bf3bhu2cimvomab7m 280 22 are be VBP work_6fsgua7v2bf3bhu2cimvomab7m 280 23 not not RB work_6fsgua7v2bf3bhu2cimvomab7m 280 24 con- con- NN work_6fsgua7v2bf3bhu2cimvomab7m 280 25 sidered sidere VBN work_6fsgua7v2bf3bhu2cimvomab7m 280 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 281 1 MOEA moea JJ work_6fsgua7v2bf3bhu2cimvomab7m 281 2 flexibility flexibility NN work_6fsgua7v2bf3bhu2cimvomab7m 281 3 allows allow VBZ work_6fsgua7v2bf3bhu2cimvomab7m 281 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 281 5 use use NN work_6fsgua7v2bf3bhu2cimvomab7m 281 6 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 281 7 time time NN work_6fsgua7v2bf3bhu2cimvomab7m 281 8 function function NN work_6fsgua7v2bf3bhu2cimvomab7m 281 9 computations computation NNS work_6fsgua7v2bf3bhu2cimvomab7m 281 10 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 281 11 incorporate incorporate VB work_6fsgua7v2bf3bhu2cimvomab7m 281 12 operational operational JJ work_6fsgua7v2bf3bhu2cimvomab7m 281 13 aspects aspect NNS work_6fsgua7v2bf3bhu2cimvomab7m 281 14 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 281 15 re re VB work_6fsgua7v2bf3bhu2cimvomab7m 281 16 - - VB work_6fsgua7v2bf3bhu2cimvomab7m 281 17 define define VB work_6fsgua7v2bf3bhu2cimvomab7m 281 18 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 281 19 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 281 20 statement statement NN work_6fsgua7v2bf3bhu2cimvomab7m 281 21 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 281 22 more more RBR work_6fsgua7v2bf3bhu2cimvomab7m 281 23 meaningful meaningful JJ work_6fsgua7v2bf3bhu2cimvomab7m 281 24 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 281 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 282 1 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 282 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 283 1 Conclusions conclusion NNS work_6fsgua7v2bf3bhu2cimvomab7m 283 2 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 283 3 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 283 4 work work NN work_6fsgua7v2bf3bhu2cimvomab7m 283 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 283 6 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 283 7 MOED moed NN work_6fsgua7v2bf3bhu2cimvomab7m 283 8 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 283 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 283 10 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 283 11 PI PI NNP work_6fsgua7v2bf3bhu2cimvomab7m 283 12 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 283 13 tun- tun- NNS work_6fsgua7v2bf3bhu2cimvomab7m 283 14 ing ing NN work_6fsgua7v2bf3bhu2cimvomab7m 283 15 has have VBZ work_6fsgua7v2bf3bhu2cimvomab7m 283 16 been be VBN work_6fsgua7v2bf3bhu2cimvomab7m 283 17 presented present VBN work_6fsgua7v2bf3bhu2cimvomab7m 283 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 284 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 284 2 obtained obtain VBN work_6fsgua7v2bf3bhu2cimvomab7m 284 3 results result NNS work_6fsgua7v2bf3bhu2cimvomab7m 284 4 validate validate VBP work_6fsgua7v2bf3bhu2cimvomab7m 284 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 284 6 methodology methodology NN work_6fsgua7v2bf3bhu2cimvomab7m 284 7 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 284 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 284 9 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 284 10 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 284 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 285 1 Thanks thank NNS work_6fsgua7v2bf3bhu2cimvomab7m 285 2 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 285 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 285 4 visualisation visualisation NN work_6fsgua7v2bf3bhu2cimvomab7m 285 5 capabilities capability NNS work_6fsgua7v2bf3bhu2cimvomab7m 285 6 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 285 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 285 8 LD LD NNP work_6fsgua7v2bf3bhu2cimvomab7m 285 9 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 285 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 285 11 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 285 12 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 285 13 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 285 14 easier easy JJR work_6fsgua7v2bf3bhu2cimvomab7m 285 15 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 285 16 perform perform VB work_6fsgua7v2bf3bhu2cimvomab7m 285 17 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 285 18 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 285 19 selection selection NN work_6fsgua7v2bf3bhu2cimvomab7m 285 20 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 285 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 286 1 As as IN work_6fsgua7v2bf3bhu2cimvomab7m 286 2 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 286 3 simulations simulation NNS work_6fsgua7v2bf3bhu2cimvomab7m 286 4 reveal reveal VBP work_6fsgua7v2bf3bhu2cimvomab7m 286 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 286 6 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 286 7 MOO MOO NNP work_6fsgua7v2bf3bhu2cimvomab7m 286 8 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 286 9 is be VBZ work_6fsgua7v2bf3bhu2cimvomab7m 286 10 validated validate VBN work_6fsgua7v2bf3bhu2cimvomab7m 286 11 as as IN work_6fsgua7v2bf3bhu2cimvomab7m 286 12 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 286 13 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 286 14 tool tool NN work_6fsgua7v2bf3bhu2cimvomab7m 286 15 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 286 16 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 286 17 purposes purpose NNS work_6fsgua7v2bf3bhu2cimvomab7m 286 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 287 1 With with IN work_6fsgua7v2bf3bhu2cimvomab7m 287 2 this this DT work_6fsgua7v2bf3bhu2cimvomab7m 287 3 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 287 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 287 5 most most JJS work_6fsgua7v2bf3bhu2cimvomab7m 287 6 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 287 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 287 8 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 287 9 procedure procedure NN work_6fsgua7v2bf3bhu2cimvomab7m 287 10 uses use VBZ work_6fsgua7v2bf3bhu2cimvomab7m 287 11 classical classical JJ work_6fsgua7v2bf3bhu2cimvomab7m 287 12 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 287 13 techniques technique NNS work_6fsgua7v2bf3bhu2cimvomab7m 287 14 supported support VBN work_6fsgua7v2bf3bhu2cimvomab7m 287 15 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 287 16 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 287 17 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 287 18 known know VBN work_6fsgua7v2bf3bhu2cimvomab7m 287 19 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 287 20 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 287 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 288 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 288 2 continuous continuous JJ work_6fsgua7v2bf3bhu2cimvomab7m 288 3 use use NN work_6fsgua7v2bf3bhu2cimvomab7m 288 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 288 5 these these DT work_6fsgua7v2bf3bhu2cimvomab7m 288 6 objectives objective NNS work_6fsgua7v2bf3bhu2cimvomab7m 288 7 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 288 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 288 9 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 288 10 engineer engineer NNP work_6fsgua7v2bf3bhu2cimvomab7m 288 11 community community NN work_6fsgua7v2bf3bhu2cimvomab7m 288 12 ensures ensure VBZ work_6fsgua7v2bf3bhu2cimvomab7m 288 13 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 288 14 bounds bound NNS work_6fsgua7v2bf3bhu2cimvomab7m 288 15 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 288 16 quick quick JJ work_6fsgua7v2bf3bhu2cimvomab7m 288 17 interpretations interpretation NNS work_6fsgua7v2bf3bhu2cimvomab7m 288 18 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 288 19 selecting select VBG work_6fsgua7v2bf3bhu2cimvomab7m 288 20 suitable suitable JJ work_6fsgua7v2bf3bhu2cimvomab7m 288 21 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 288 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 289 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 289 2 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 289 3 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 289 4 enables enable VBZ work_6fsgua7v2bf3bhu2cimvomab7m 289 5 us -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 289 6 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 289 7 have have VB work_6fsgua7v2bf3bhu2cimvomab7m 289 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 289 9 better well JJR work_6fsgua7v2bf3bhu2cimvomab7m 289 10 insight insight NN work_6fsgua7v2bf3bhu2cimvomab7m 289 11 into into IN work_6fsgua7v2bf3bhu2cimvomab7m 289 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 289 13 objective objective NN work_6fsgua7v2bf3bhu2cimvomab7m 289 14 trade- trade- NN work_6fsgua7v2bf3bhu2cimvomab7m 289 15 off off RB work_6fsgua7v2bf3bhu2cimvomab7m 289 16 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 289 17 how how WRB work_6fsgua7v2bf3bhu2cimvomab7m 289 18 it -PRON- PRP work_6fsgua7v2bf3bhu2cimvomab7m 289 19 changes change VBZ work_6fsgua7v2bf3bhu2cimvomab7m 289 20 between between IN work_6fsgua7v2bf3bhu2cimvomab7m 289 21 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 289 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 290 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 290 2 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 290 3 definition definition NN work_6fsgua7v2bf3bhu2cimvomab7m 290 4 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 290 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 290 6 Wood Wood NNP work_6fsgua7v2bf3bhu2cimvomab7m 290 7 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 290 8 Berry Berry NNP work_6fsgua7v2bf3bhu2cimvomab7m 290 9 distillation distillation NN work_6fsgua7v2bf3bhu2cimvomab7m 290 10 column column NN work_6fsgua7v2bf3bhu2cimvomab7m 290 11 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 290 12 allow allow VB work_6fsgua7v2bf3bhu2cimvomab7m 290 13 further further JJ work_6fsgua7v2bf3bhu2cimvomab7m 290 14 comparisons comparison NNS work_6fsgua7v2bf3bhu2cimvomab7m 290 15 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 290 16 MOEA moea JJ work_6fsgua7v2bf3bhu2cimvomab7m 290 17 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 290 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 291 1 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 291 2 MOP MOP NNP work_6fsgua7v2bf3bhu2cimvomab7m 291 3 provides provide VBZ work_6fsgua7v2bf3bhu2cimvomab7m 291 4 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 291 5 useful useful JJ work_6fsgua7v2bf3bhu2cimvomab7m 291 6 multiobjective multiobjective NN work_6fsgua7v2bf3bhu2cimvomab7m 291 7 constrained constrain VBD work_6fsgua7v2bf3bhu2cimvomab7m 291 8 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 291 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 291 10 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 291 11 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 291 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 291 13 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 291 14 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 291 15 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 291 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 291 17 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 291 18 will will MD work_6fsgua7v2bf3bhu2cimvomab7m 291 19 help help VB work_6fsgua7v2bf3bhu2cimvomab7m 291 20 focus focus VB work_6fsgua7v2bf3bhu2cimvomab7m 291 21 these these DT work_6fsgua7v2bf3bhu2cimvomab7m 291 22 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 291 23 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 291 24 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 291 25 specific specific JJ work_6fsgua7v2bf3bhu2cimvomab7m 291 26 class class NN work_6fsgua7v2bf3bhu2cimvomab7m 291 27 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 291 28 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 291 29 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 291 30 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 291 31 . . . work_6fsgua7v2bf3bhu2cimvomab7m 292 1 Acknowledgment Acknowledgment NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 2 This this DT work_6fsgua7v2bf3bhu2cimvomab7m 292 3 work work NN work_6fsgua7v2bf3bhu2cimvomab7m 292 4 was be VBD work_6fsgua7v2bf3bhu2cimvomab7m 292 5 partially partially RB work_6fsgua7v2bf3bhu2cimvomab7m 292 6 supported support VBN work_6fsgua7v2bf3bhu2cimvomab7m 292 7 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 292 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 292 9 FPI-2010/19 FPI-2010/19 NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 10 grant grant NN work_6fsgua7v2bf3bhu2cimvomab7m 292 11 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 292 12 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 292 13 Universitat Universitat NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 14 Politècnica Politècnica NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 15 de de IN work_6fsgua7v2bf3bhu2cimvomab7m 292 16 València València NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 17 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 292 18 project project NN work_6fsgua7v2bf3bhu2cimvomab7m 292 19 DPI2008 DPI2008 NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 20 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 292 21 02133 02133 CD work_6fsgua7v2bf3bhu2cimvomab7m 292 22 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 292 23 DPI DPI NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 24 from from IN work_6fsgua7v2bf3bhu2cimvomab7m 292 25 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 292 26 Spanish Spanish NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 27 Ministry Ministry NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 28 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 292 29 Science Science NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 30 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 292 31 Innovation Innovation NNP work_6fsgua7v2bf3bhu2cimvomab7m 292 32 . . . work_6fsgua7v2bf3bhu2cimvomab7m 293 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 293 2 1 1 LS work_6fsgua7v2bf3bhu2cimvomab7m 293 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 293 4 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 293 5 Messac Messac NNP work_6fsgua7v2bf3bhu2cimvomab7m 293 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 293 7 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 293 8 Ismail Ismail NNP work_6fsgua7v2bf3bhu2cimvomab7m 293 9 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 293 10 Yahaya Yahaya NNP work_6fsgua7v2bf3bhu2cimvomab7m 293 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 293 12 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 293 13 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 293 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 293 15 2003 2003 CD work_6fsgua7v2bf3bhu2cimvomab7m 293 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 294 1 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 294 2 normalized normalized JJ work_6fsgua7v2bf3bhu2cimvomab7m 294 3 normal normal JJ work_6fsgua7v2bf3bhu2cimvomab7m 294 4 con- con- NN work_6fsgua7v2bf3bhu2cimvomab7m 294 5 straint straint NN work_6fsgua7v2bf3bhu2cimvomab7m 294 6 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 294 7 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 294 8 generating generate VBG work_6fsgua7v2bf3bhu2cimvomab7m 294 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 294 10 pareto pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 294 11 frontier frontier NN work_6fsgua7v2bf3bhu2cimvomab7m 294 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 295 1 Structural structural JJ work_6fsgua7v2bf3bhu2cimvomab7m 295 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 295 3 multi- multi- XX work_6fsgua7v2bf3bhu2cimvomab7m 295 4 disciplinary disciplinary JJ work_6fsgua7v2bf3bhu2cimvomab7m 295 5 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 295 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 295 7 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 295 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 295 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 295 10 86 86 CD work_6fsgua7v2bf3bhu2cimvomab7m 295 11 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 295 12 98 98 CD work_6fsgua7v2bf3bhu2cimvomab7m 295 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 296 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 296 2 2 2 LS work_6fsgua7v2bf3bhu2cimvomab7m 296 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 296 4 Astrom Astrom NNP work_6fsgua7v2bf3bhu2cimvomab7m 296 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 296 6 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 296 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 296 8 Panagopoulos Panagopoulos NNP work_6fsgua7v2bf3bhu2cimvomab7m 296 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 296 10 H. H. NNP work_6fsgua7v2bf3bhu2cimvomab7m 296 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 296 12 Hagglund Hagglund NNP work_6fsgua7v2bf3bhu2cimvomab7m 296 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 296 14 T. T. NNP work_6fsgua7v2bf3bhu2cimvomab7m 296 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 296 16 1998 1998 CD work_6fsgua7v2bf3bhu2cimvomab7m 296 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 297 1 Design design NN work_6fsgua7v2bf3bhu2cimvomab7m 297 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 297 3 pi pi NN work_6fsgua7v2bf3bhu2cimvomab7m 297 4 con- con- NN work_6fsgua7v2bf3bhu2cimvomab7m 297 5 trollers troller NNS work_6fsgua7v2bf3bhu2cimvomab7m 297 6 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 297 7 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 297 8 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 297 9 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 297 10 convex convex JJ work_6fsgua7v2bf3bhu2cimvomab7m 297 11 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 297 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 298 1 Automatica Automatica NNP work_6fsgua7v2bf3bhu2cimvomab7m 298 2 34 34 CD work_6fsgua7v2bf3bhu2cimvomab7m 298 3 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 298 4 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 298 5 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 298 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 298 7 585 585 CD work_6fsgua7v2bf3bhu2cimvomab7m 298 8 – – : work_6fsgua7v2bf3bhu2cimvomab7m 298 9 601 601 CD work_6fsgua7v2bf3bhu2cimvomab7m 298 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 299 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 299 2 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 299 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 299 4 Åström åström CD work_6fsgua7v2bf3bhu2cimvomab7m 299 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 299 6 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 299 7 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 299 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 299 9 Hägglund Hägglund NNP work_6fsgua7v2bf3bhu2cimvomab7m 299 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 299 11 T. t. NN work_6fsgua7v2bf3bhu2cimvomab7m 299 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 299 13 2005 2005 CD work_6fsgua7v2bf3bhu2cimvomab7m 299 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 300 1 Advanced advanced JJ work_6fsgua7v2bf3bhu2cimvomab7m 300 2 PID PID NNP work_6fsgua7v2bf3bhu2cimvomab7m 300 3 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 300 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 301 1 ISA ISA NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 2 - - : work_6fsgua7v2bf3bhu2cimvomab7m 301 3 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 301 4 Instrumentation Instrumentation NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 301 6 Systems Systems NNPS work_6fsgua7v2bf3bhu2cimvomab7m 301 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 301 8 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 301 9 Automation Automation NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 10 Society Society NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 301 12 Research Research NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 13 Triangle Triangle NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 14 Park Park NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 301 16 NC NC NNP work_6fsgua7v2bf3bhu2cimvomab7m 301 17 27709 27709 CD work_6fsgua7v2bf3bhu2cimvomab7m 301 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 302 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 302 2 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 302 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 302 4 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 6 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 8 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 10 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 12 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 14 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 16 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 18 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 302 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 302 20 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 302 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 303 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 303 2 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 303 3 graphical graphical JJ work_6fsgua7v2bf3bhu2cimvomab7m 303 4 visualization visualization NN work_6fsgua7v2bf3bhu2cimvomab7m 303 5 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 303 6 n n JJ work_6fsgua7v2bf3bhu2cimvomab7m 303 7 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 303 8 dimensional dimensional JJ work_6fsgua7v2bf3bhu2cimvomab7m 303 9 pareto pareto NN work_6fsgua7v2bf3bhu2cimvomab7m 303 10 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 303 11 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 303 12 decision decision NN work_6fsgua7v2bf3bhu2cimvomab7m 303 13 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 303 14 making making NN work_6fsgua7v2bf3bhu2cimvomab7m 303 15 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 303 16 mul- mul- NNP work_6fsgua7v2bf3bhu2cimvomab7m 303 17 tiobjective tiobjective NNP work_6fsgua7v2bf3bhu2cimvomab7m 303 18 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 303 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 304 1 Information Information NNP work_6fsgua7v2bf3bhu2cimvomab7m 304 2 Sciences Sciences NNPS work_6fsgua7v2bf3bhu2cimvomab7m 304 3 178 178 CD work_6fsgua7v2bf3bhu2cimvomab7m 304 4 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 304 5 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 304 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 304 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 304 8 3908 3908 CD work_6fsgua7v2bf3bhu2cimvomab7m 304 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 304 10 3924 3924 CD work_6fsgua7v2bf3bhu2cimvomab7m 304 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 305 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 305 2 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 305 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 305 4 Coello Coello NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 305 6 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 7 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 8 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 305 10 Lamont Lamont NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 305 12 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 13 B. B. NNP work_6fsgua7v2bf3bhu2cimvomab7m 305 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 305 15 2004 2004 CD work_6fsgua7v2bf3bhu2cimvomab7m 305 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 306 1 Applications application NNS work_6fsgua7v2bf3bhu2cimvomab7m 306 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 306 3 Multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 306 4 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 306 5 Objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 306 6 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 306 7 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 306 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 306 9 adavances adavance NNS work_6fsgua7v2bf3bhu2cimvomab7m 306 10 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 306 11 natural natural JJ work_6fsgua7v2bf3bhu2cimvomab7m 306 12 computation computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 306 13 vol vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 306 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 307 1 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 307 2 Edi- Edi- NNP work_6fsgua7v2bf3bhu2cimvomab7m 307 3 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 307 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 308 1 World World NNP work_6fsgua7v2bf3bhu2cimvomab7m 308 2 Scientific Scientific NNP work_6fsgua7v2bf3bhu2cimvomab7m 308 3 Publishing Publishing NNP work_6fsgua7v2bf3bhu2cimvomab7m 308 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 309 1 21 21 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 2 IAE IAE NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 3 IADU IADU NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 4 ST ST NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 5 RT RT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 6 MD MD NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 7 OS OS NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 8 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 9 4.54E+002 4.54e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 10 8.71E-001 8.71e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 11 2.29E+001 2.29e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 12 3.68E+000 3.68e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 13 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 14 10.38 10.38 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 15 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 16 Unit Unit NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 17 Step Step NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 18 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 19 2.48E+003 2.48e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 20 2.02E+000 2.02e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 21 +2.00E+002 +2.00e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 22 1.39E+000 1.39e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 23 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 24 7.24 7.24 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 25 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 26 Reference reference NN work_6fsgua7v2bf3bhu2cimvomab7m 309 27 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 28 ‖Ĵ(θ)‖2 ‖Ĵ(θ)‖2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 29 5.78E+002 5.78e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 30 8.99E-001 8.99e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 31 5.81E+001 5.81e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 32 4.02E+000 4.02e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 33 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 34 0.24 0.24 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 35 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 36 Y1 y1 NN work_6fsgua7v2bf3bhu2cimvomab7m 309 37 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 38 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 39 1.57E+003 1.57e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 40 6.86E-001 6.86e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 41 1.40E+002 1.40e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 42 5.53E+001 5.53e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 43 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 44 0.00 0.00 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 45 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 46 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 47 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ VBZ work_6fsgua7v2bf3bhu2cimvomab7m 309 48 3.34E+002 3.34e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 49 1.76E+000 1.76e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 50 3.27E+001 3.27e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 51 1.50E+000 1.50e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 52 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 53 13.78 13.78 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 54 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 55 Y1 Y1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 56 J7(θ j7(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 309 57 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 58 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 59 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 60 3.32E+002 3.32e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 61 1.97E+000 1.97e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 62 2.18E+001 2.18e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 63 1.35E+000 1.35e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 64 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 65 24.43 24.43 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 66 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 67 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 68 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 69 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 70 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 71 3.18E+002 3.18e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 72 2.28E+000 2.28e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 73 2.90E+001 2.90e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 74 1.27E+000 1.27e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 75 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 76 29.11 29.11 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 77 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 78 J7(θ j7(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 309 79 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 80 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 81 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 82 3.16E+002 3.16e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 83 2.74E+000 2.74e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 84 1.99E+001 1.99e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 85 1.11E+000 1.11e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 86 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 87 30.04 30.04 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 88 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 89 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 90 1.65E+003 1.65e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 91 1.02E-001 1.02e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 92 1.38E+002 1.38e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 93 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 94 6.70E-001 6.70e-001 LS work_6fsgua7v2bf3bhu2cimvomab7m 309 95 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 96 Unit unit NN work_6fsgua7v2bf3bhu2cimvomab7m 309 97 Step Step NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 98 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 99 1.01E+003 1.01e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 100 7.02E-002 7.02e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 101 6.78E+001 6.78e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 102 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 103 8.07E-001 8.07e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 104 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 105 Reference reference NN work_6fsgua7v2bf3bhu2cimvomab7m 309 106 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 107 ‖Ĵ(θ)‖2 ‖Ĵ(θ)‖2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 108 9.54E+002 9.54e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 109 5.34E-002 5.34e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 110 5.12E+001 5.12e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 111 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 112 6.48E-001 6.48e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 113 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 114 Y1 y1 NN work_6fsgua7v2bf3bhu2cimvomab7m 309 115 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 116 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 117 9.92E+002 9.92e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 118 5.43E-002 5.43e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 119 7.00E+001 7.00e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 120 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 121 5.36E-001 5.36e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 122 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 123 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 124 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 125 8.20E+002 8.20E+002 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 126 6.97E-002 6.97e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 127 5.93E+001 5.93e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 128 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 129 8.47E-001 8.47e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 130 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 131 Y2 Y2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 132 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 133 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 134 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 135 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 136 8.59E+002 8.59e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 137 7.35E-002 7.35e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 138 6.35E+001 6.35e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 139 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 140 9.27E-001 9.27e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 141 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 142 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 143 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 144 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 145 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 146 1.10E+003 1.10e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 147 1.63E-001 1.63e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 148 8.40E+001 8.40e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 149 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 150 8.94E-001 8.94e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 151 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 152 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 153 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 154 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 155 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 156 6.44E+002 6.44e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 157 1.72E-001 1.72e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 158 5.27E+001 5.27e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 159 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 160 9.79E-001 9.79e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 161 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 162 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 163 3.38E+002 3.38e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 164 1.92E-001 1.92e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 165 4.58E+001 4.58e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 166 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 167 1.82E-001 1.82e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 168 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 169 Unit Unit NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 170 Step Step NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 171 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 172 4.22E+003 4.22e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 173 1.58E-001 1.58e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 174 +2.00E+002 +2.00e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 175 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 176 1.49E-001 1.49e-001 LS work_6fsgua7v2bf3bhu2cimvomab7m 309 177 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 178 Reference reference NN work_6fsgua7v2bf3bhu2cimvomab7m 309 179 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 180 ‖Ĵ(θ)‖2 ‖ĵ(θ)‖2 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 181 5.63E+002 5.63e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 182 1.53E-001 1.53e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 183 7.27E+001 7.27e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 184 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 185 1.36E-001 1.36e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 186 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 187 Y2 Y2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 188 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 189 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 190 1.56E+003 1.56e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 191 1.53E-001 1.53e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 192 1.57E+002 1.57e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 193 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 194 1.89E-001 1.89e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 195 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 196 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 197 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 198 2.32E+002 2.32E+002 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 199 1.54E-001 1.54e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 200 4.03E+001 4.03e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 201 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 202 9.63E-002 9.63E-002 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 203 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 204 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 205 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 206 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 207 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 208 1.40E+002 1.40e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 209 1.57E-001 1.57e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 210 2.86E+001 2.86e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 211 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 212 8.68E-002 8.68e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 213 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 214 Y1 Y1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 215 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 216 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 217 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 218 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 219 2.25E+002 2.25e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 220 2.62E-001 2.62e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 221 3.85E+001 3.85e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 222 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 223 1.39E-001 1.39e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 224 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 225 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 226 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 227 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 228 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 229 1.47E+002 1.47e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 230 2.42E-001 2.42e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 231 2.61E+001 2.61e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 232 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 233 1.44E-001 1.44e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 234 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 235 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 236 3.26E+003 3.26e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 237 1.63E-001 1.63e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 238 1.73E+002 1.73e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 239 8.58E+001 8.58e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 240 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 241 0.00 0.00 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 242 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 243 Unit Unit NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 244 Step Step NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 245 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 246 1.80E+003 1.80e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 247 1.24E-001 1.24e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 248 6.85E+001 6.85e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 249 2.05E+001 2.05e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 250 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 251 6.19 6.19 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 252 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 253 Reference reference NN work_6fsgua7v2bf3bhu2cimvomab7m 309 254 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 255 ‖Ĵ(θ)‖2 ‖ĵ(θ)‖2 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 256 1.85E+003 1.85e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 257 1.04E-001 1.04e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 258 6.78E+001 6.78e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 259 3.59E+001 3.59e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 260 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 261 0.00 0.00 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 262 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 263 Y2 y2 NN work_6fsgua7v2bf3bhu2cimvomab7m 309 264 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 265 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 266 1.94E+003 1.94e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 267 1.04E-001 1.04e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 268 9.48E+001 9.48e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 269 3.72E+001 3.72e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 270 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 271 0.00 0.00 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 272 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 273 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 274 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 275 1.38E+003 1.38e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 276 1.10E-001 1.10e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 277 3.84E+001 3.84e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 278 2.34E+001 2.34e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 279 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 280 1.33 1.33 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 281 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 282 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 283 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 284 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 285 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 286 1.43E+003 1.43e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 287 1.14E-001 1.14e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 288 5.91E+001 5.91e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 289 2.35E+001 2.35e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 290 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 291 2.11 2.11 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 292 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 293 Y2 Y2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 294 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 295 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 296 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 297 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 298 2.13E+003 2.13e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 299 1.84E-001 1.84e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 300 1.11E+002 1.11e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 301 5.19E+001 5.19e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 302 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 303 0.00 0.00 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 304 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 305 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 306 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 307 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 308 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 309 9.00E+002 9.00e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 310 1.80E-001 1.80e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 311 4.75E+001 4.75e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 312 6.62E+000 6.62e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 313 — — : work_6fsgua7v2bf3bhu2cimvomab7m 309 314 2.57 2.57 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 315 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 316 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 317 5.75E+002 5.75e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 318 1.01E+000 1.01e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 319 3.23E+001 3.23e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 320 2.98E+000 2.98e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 321 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 322 26.57 26.57 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 323 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 324 Unit Unit NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 325 Step Step NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 326 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 327 2.35E+002 2.35e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 328 1.95E+000 1.95e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 329 8.33E+000 8.33e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 330 1.39E+000 1.39e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 331 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 332 8.04 8.04 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 333 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 334 Reference Reference NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 335 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 336 ‖Ĵ(θ)‖2 ‖Ĵ(θ)‖2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 337 5.41E+002 5.41E+002 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 338 9.57E-001 9.57e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 339 5.03E+001 5.03e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 340 3.28E+000 3.28e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 341 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 342 13.84 13.84 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 343 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 344 Y1,Y2 Y1,Y2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 345 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 346 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 347 6.35E+002 6.35e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 348 7.30E-001 7.30e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 349 8.34E+001 8.34e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 350 4.68E+000 4.68e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 351 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 352 7.36 7.36 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 353 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 354 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 355 ‖Ĵ(θ)‖∞ ‖Ĵ(θ)‖∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 356 3.74E+002 3.74E+002 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 357 1.78E+000 1.78e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 358 2.55E+001 2.55e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 359 1.50E+000 1.50e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 360 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 361 19.39 19.39 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 362 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 363 Y1 Y1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 364 J7(θ j7(θ NN work_6fsgua7v2bf3bhu2cimvomab7m 309 365 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 366 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 367 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 368 3.67E+002 3.67e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 369 1.99E+000 1.99e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 370 1.30E+001 1.30e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 371 1.35E+000 1.35e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 372 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 373 29.46 29.46 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 374 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 375 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 376 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 377 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 378 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 379 3.94E+002 3.94e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 380 2.33E+000 2.33e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 381 2.50E+001 2.50e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 382 1.27E+000 1.27e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 383 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 384 26.38 26.38 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 385 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 386 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 387 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 388 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 389 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 390 3.86E+002 3.86e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 391 2.74E+000 2.74e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 392 2.53E+001 2.53e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 393 1.11E+000 1.11e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 394 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 395 35.27 35.27 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 396 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 397 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 398 1.81E+003 1.81e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 399 2.37E-001 2.37e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 400 2.01E+001 2.01e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 401 4.77E+000 4.77e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 402 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 403 29.61 29.61 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 404 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 405 Unit Unit NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 406 Step Step NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 407 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 408 7.97E+002 7.97e+002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 409 6.91E-002 6.91e-002 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 410 1.73E+001 1.73e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 411 2.23E+000 2.23e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 412 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 413 6.91 6.91 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 414 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 415 Reference Reference NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 416 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 417 ‖Ĵ(θ)‖2 ‖ĵ(θ)‖2 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 418 1.10E+003 1.10e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 419 1.19E-001 1.19e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 420 1.83E+001 1.83e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 421 4.59E+000 4.59e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 422 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 423 11.94 11.94 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 424 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 425 Y1,Y2 Y1,Y2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 426 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 427 ‖Ĵ(θ)‖1 ‖ĵ(θ)‖1 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 428 1.07E+003 1.07e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 429 1.23E-001 1.23e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 430 1.80E+001 1.80e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 431 5.28E+000 5.28e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 432 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 433 12.28 12.28 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 434 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 435 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 309 436 ‖Ĵ(θ)‖∞ ‖ĵ(θ)‖∞ ADD work_6fsgua7v2bf3bhu2cimvomab7m 309 437 1.01E+003 1.01e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 438 1.48E-001 1.48e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 439 1.72E+001 1.72e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 440 3.61E+000 3.61e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 441 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 442 37.50 37.50 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 443 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 444 Y2 Y2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 445 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 446 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 447 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 448 2.9922 2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 449 1.04E+003 1.04e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 450 1.51E-001 1.51e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 451 1.67E+001 1.67e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 452 3.49E+000 3.49e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 453 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 454 43.74 43.74 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 455 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 456 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 457 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 458 = = SYM work_6fsgua7v2bf3bhu2cimvomab7m 309 459 3.4956 3.4956 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 460 1.42E+003 1.42e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 461 3.31E-001 3.31e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 462 1.61E+001 1.61e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 463 3.89E+000 3.89e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 464 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 465 55.55 55.55 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 466 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 467 J7(θ J7(θ NNP work_6fsgua7v2bf3bhu2cimvomab7m 309 468 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 309 469 = = NFP work_6fsgua7v2bf3bhu2cimvomab7m 309 470 3.995 3.995 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 471 1.15E+003 1.15e+003 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 472 3.32E-001 3.32e-001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 473 2.97E+001 2.97e+001 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 474 3.68E+000 3.68e+000 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 475 – – : work_6fsgua7v2bf3bhu2cimvomab7m 309 476 79.98 79.98 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 477 % % NN work_6fsgua7v2bf3bhu2cimvomab7m 309 478 Table table NN work_6fsgua7v2bf3bhu2cimvomab7m 309 479 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 309 480 : : : work_6fsgua7v2bf3bhu2cimvomab7m 309 481 Controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 309 482 performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 309 483 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 309 484 experimental experimental JJ work_6fsgua7v2bf3bhu2cimvomab7m 309 485 setup setup NN work_6fsgua7v2bf3bhu2cimvomab7m 309 486 . . . work_6fsgua7v2bf3bhu2cimvomab7m 310 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 310 2 bold bold JJ work_6fsgua7v2bf3bhu2cimvomab7m 310 3 appears appear VBZ work_6fsgua7v2bf3bhu2cimvomab7m 310 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 310 5 best good JJS work_6fsgua7v2bf3bhu2cimvomab7m 310 6 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 310 7 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 310 8 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 310 9 italics italic NNS work_6fsgua7v2bf3bhu2cimvomab7m 310 10 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 310 11 worst bad JJS work_6fsgua7v2bf3bhu2cimvomab7m 310 12 value value NN work_6fsgua7v2bf3bhu2cimvomab7m 310 13 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 310 14 each each DT work_6fsgua7v2bf3bhu2cimvomab7m 310 15 experiment experiment NN work_6fsgua7v2bf3bhu2cimvomab7m 310 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 311 1 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 2 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 3 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 4 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 5 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 6 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 7 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 8 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 9 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 10 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 11 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 12 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 13 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 14 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 15 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 311 16 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 17 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 18 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 19 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 20 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 21 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 22 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 311 23 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 24 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 25 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 26 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 27 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 28 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 29 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 30 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 311 31 U u NN work_6fsgua7v2bf3bhu2cimvomab7m 311 32 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 33 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 34 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 35 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 36 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 37 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 38 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 311 39 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 40 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 41 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 42 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 43 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 44 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 45 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 46 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 311 47 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 48 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 49 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 50 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 51 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 52 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 53 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 54 0.01 0.01 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 55 0.02 0.02 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 56 0.03 0.03 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 57 0.04 0.04 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 58 0.05 0.05 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 59 0.06 0.06 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 60 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 311 61 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 62 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 63 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 64 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 65 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 66 2−norm 2−norm NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 67 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 311 68 1−norm 1−norm NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 69 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 311 70 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 311 71 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 311 72 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 73 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 74 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 75 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 76 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 77 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 78 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 79 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 80 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 81 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 82 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 83 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 84 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 85 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 311 86 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 87 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 88 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 89 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 90 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 91 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 92 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 311 93 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 94 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 95 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 96 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 97 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 98 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 99 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 100 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 311 101 U u NN work_6fsgua7v2bf3bhu2cimvomab7m 311 102 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 103 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 104 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 105 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 106 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 107 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 108 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 311 109 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 110 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 111 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 112 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 113 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 114 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 115 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 116 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 311 117 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 118 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 119 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 120 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 121 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 122 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 123 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 124 0.02 0.02 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 125 0.04 0.04 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 126 0.06 0.06 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 127 0.08 0.08 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 128 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 129 0.12 0.12 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 130 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 311 131 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 132 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 133 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 311 134 inf−norm inf−norm CD work_6fsgua7v2bf3bhu2cimvomab7m 311 135 J7=2.9922 j7=2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 136 J7=3.4956 J7=3.4956 NNS work_6fsgua7v2bf3bhu2cimvomab7m 311 137 J7=3.995 J7=3.995 NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 138 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 139 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 140 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 141 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 142 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 143 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 144 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 145 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 146 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 147 1.3 1.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 148 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 311 149 b b NN work_6fsgua7v2bf3bhu2cimvomab7m 311 150 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 311 151 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 311 152 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 153 : : : work_6fsgua7v2bf3bhu2cimvomab7m 311 154 Performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 311 155 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 311 156 Experiment Experiment NNP work_6fsgua7v2bf3bhu2cimvomab7m 311 157 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 311 158 . . . work_6fsgua7v2bf3bhu2cimvomab7m 312 1 23 23 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 2 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 3 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 4 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 5 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 6 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 7 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 8 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 9 0.05 0.05 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 10 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 11 0.15 0.15 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 12 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 13 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 312 14 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 15 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 16 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 17 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 18 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 19 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 20 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 21 −0.15 −0.15 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 22 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 312 23 −0.05 −0.05 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 24 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 25 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 312 26 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 27 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 28 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 29 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 30 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 31 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 32 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 33 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 34 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 35 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 36 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 37 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 38 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 39 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 40 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 41 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 42 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 312 43 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 44 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 45 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 46 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 47 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 48 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 49 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 50 −0.12 −0.12 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 51 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 312 52 −0.08 −0.08 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 53 −0.06 −0.06 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 54 −0.04 −0.04 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 55 −0.02 −0.02 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 56 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 57 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 312 58 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 59 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 60 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 61 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 62 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 63 2−norm 2−norm NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 64 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 312 65 1−norm 1−norm NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 66 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 312 67 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 312 68 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 312 69 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 70 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 71 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 72 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 73 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 74 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 75 −0.05 −0.05 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 76 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 77 0.05 0.05 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 78 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 79 0.15 0.15 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 80 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 312 81 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 82 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 83 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 84 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 85 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 86 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 87 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 88 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 312 89 −0.15 −0.15 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 90 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 312 91 −0.05 −0.05 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 92 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 93 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 312 94 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 95 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 96 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 97 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 98 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 99 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 100 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 101 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 102 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 103 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 104 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 105 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 106 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 107 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 108 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 109 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 110 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 312 111 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 112 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 113 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 114 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 115 300 300 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 116 400 400 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 117 500 500 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 118 −0.14 −0.14 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 119 −0.12 −0.12 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 120 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 312 121 −0.08 −0.08 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 122 −0.06 −0.06 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 123 −0.04 −0.04 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 124 Time Time NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 125 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 126 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 127 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 312 128 inf−norm inf−norm CD work_6fsgua7v2bf3bhu2cimvomab7m 312 129 J7=2.9922 j7=2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 130 J7=3.4956 J7=3.4956 NNS work_6fsgua7v2bf3bhu2cimvomab7m 312 131 J7=3.995 J7=3.995 NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 132 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 133 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 134 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 135 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 136 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 137 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 138 0.05 0.05 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 139 0.1 0.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 140 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 312 141 b b NN work_6fsgua7v2bf3bhu2cimvomab7m 312 142 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 312 143 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 312 144 8 8 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 145 : : : work_6fsgua7v2bf3bhu2cimvomab7m 312 146 Performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 312 147 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 312 148 Experiment Experiment NNP work_6fsgua7v2bf3bhu2cimvomab7m 312 149 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 312 150 . . . work_6fsgua7v2bf3bhu2cimvomab7m 313 1 24 24 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 2 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 3 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 4 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 5 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 6 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 7 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 8 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 9 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 10 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 11 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 12 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 13 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 14 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 15 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 313 16 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 17 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 18 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 19 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 20 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 21 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 22 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 313 23 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 24 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 25 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 26 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 27 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 28 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 29 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 30 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 313 31 U u NN work_6fsgua7v2bf3bhu2cimvomab7m 313 32 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 33 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 34 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 35 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 36 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 37 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 38 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 39 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 40 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 41 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 42 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 43 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 44 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 45 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 46 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 313 47 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 48 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 49 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 50 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 51 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 52 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 53 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 313 54 −0.08 −0.08 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 55 −0.06 −0.06 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 56 −0.04 −0.04 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 57 −0.02 −0.02 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 58 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 59 0.02 0.02 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 60 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 313 61 U u NN work_6fsgua7v2bf3bhu2cimvomab7m 313 62 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 63 BLT BLT NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 64 WIB WIB NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 65 min min NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 66 2−norm 2−norm NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 67 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 313 68 1−norm 1−norm CD work_6fsgua7v2bf3bhu2cimvomab7m 313 69 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 70 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 71 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 72 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 73 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 74 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 75 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 76 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 77 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 78 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 313 79 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 313 80 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 313 81 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 82 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 83 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 84 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 85 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 86 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 87 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 88 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 89 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 90 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 91 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 92 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 93 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 94 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 313 95 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 96 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 97 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 98 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 99 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 100 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 101 −0.2 −0.2 NN work_6fsgua7v2bf3bhu2cimvomab7m 313 102 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 103 0.2 0.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 104 0.4 0.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 105 0.6 0.6 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 106 0.8 0.8 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 107 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 108 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 109 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 313 110 U u NN work_6fsgua7v2bf3bhu2cimvomab7m 313 111 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 112 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 113 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 114 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 115 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 116 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 117 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 118 0.5 0.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 119 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 120 1.5 1.5 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 121 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 122 Y y NN work_6fsgua7v2bf3bhu2cimvomab7m 313 123 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 124 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 125 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 126 100 100 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 127 150 150 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 128 200 200 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 129 −0.15 −0.15 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 130 −0.1 −0.1 NN work_6fsgua7v2bf3bhu2cimvomab7m 313 131 −0.05 −0.05 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 132 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 133 0.05 0.05 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 134 Time time NN work_6fsgua7v2bf3bhu2cimvomab7m 313 135 U U NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 136 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 137 min min NN work_6fsgua7v2bf3bhu2cimvomab7m 313 138 inf−norm inf−norm CD work_6fsgua7v2bf3bhu2cimvomab7m 313 139 J7=2.9922 j7=2.9922 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 140 J7=3.4956 J7=3.4956 NNS work_6fsgua7v2bf3bhu2cimvomab7m 313 141 J7=3.995 J7=3.995 NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 142 0 0 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 143 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 144 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 145 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 146 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 147 0.9 0.9 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 148 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 149 1.1 1.1 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 150 1.2 1.2 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 151 1.3 1.3 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 152 1.4 1.4 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 153 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 313 154 b b NN work_6fsgua7v2bf3bhu2cimvomab7m 313 155 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 313 156 Figure figure NN work_6fsgua7v2bf3bhu2cimvomab7m 313 157 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 158 : : : work_6fsgua7v2bf3bhu2cimvomab7m 313 159 Performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 313 160 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 313 161 Experiment Experiment NNP work_6fsgua7v2bf3bhu2cimvomab7m 313 162 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 313 163 . . . work_6fsgua7v2bf3bhu2cimvomab7m 314 1 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 314 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 314 3 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 314 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 314 5 Coello Coello NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 314 7 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 8 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 9 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 314 11 Veldhuizen Veldhuizen NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 314 13 D. D. NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 14 V. V. NNP work_6fsgua7v2bf3bhu2cimvomab7m 314 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 314 16 G.B. G.B. NNP work_6fsgua7v2bf3bhu2cimvomab7m 315 1 Lamont Lamont NNP work_6fsgua7v2bf3bhu2cimvomab7m 315 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 315 3 e. e. NNP work_6fsgua7v2bf3bhu2cimvomab7m 315 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 315 5 2002 2002 CD work_6fsgua7v2bf3bhu2cimvomab7m 315 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 316 1 Evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 316 2 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 316 3 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 316 4 solving solve VBG work_6fsgua7v2bf3bhu2cimvomab7m 316 5 multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 316 6 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 316 7 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 316 8 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 316 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 317 1 Kluwer Kluwer NNP work_6fsgua7v2bf3bhu2cimvomab7m 317 2 Academic Academic NNP work_6fsgua7v2bf3bhu2cimvomab7m 317 3 Press Press NNP work_6fsgua7v2bf3bhu2cimvomab7m 317 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 318 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 318 2 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 318 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 318 4 Das Das NNP work_6fsgua7v2bf3bhu2cimvomab7m 318 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 318 6 I. I. NNP work_6fsgua7v2bf3bhu2cimvomab7m 318 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 318 8 Dennis Dennis NNP work_6fsgua7v2bf3bhu2cimvomab7m 318 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 318 10 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 318 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 318 12 1998 1998 CD work_6fsgua7v2bf3bhu2cimvomab7m 318 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 319 1 Normal normal JJ work_6fsgua7v2bf3bhu2cimvomab7m 319 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 319 3 boundary boundary JJ work_6fsgua7v2bf3bhu2cimvomab7m 319 4 intersection intersection NN work_6fsgua7v2bf3bhu2cimvomab7m 319 5 : : : work_6fsgua7v2bf3bhu2cimvomab7m 319 6 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 319 7 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 319 8 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 319 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 319 10 generating generate VBG work_6fsgua7v2bf3bhu2cimvomab7m 319 11 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 319 12 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 319 13 surface surface NN work_6fsgua7v2bf3bhu2cimvomab7m 319 14 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 319 15 non non JJ work_6fsgua7v2bf3bhu2cimvomab7m 319 16 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 319 17 linear linear JJ work_6fsgua7v2bf3bhu2cimvomab7m 319 18 multicriteria multicriteria NN work_6fsgua7v2bf3bhu2cimvomab7m 319 19 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 319 20 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 319 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 320 1 SIAM SIAM NNP work_6fsgua7v2bf3bhu2cimvomab7m 320 2 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 320 3 Optim Optim NNP work_6fsgua7v2bf3bhu2cimvomab7m 320 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 321 1 8 8 CD work_6fsgua7v2bf3bhu2cimvomab7m 321 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 321 3 631 631 CD work_6fsgua7v2bf3bhu2cimvomab7m 321 4 – – : work_6fsgua7v2bf3bhu2cimvomab7m 321 5 657 657 CD work_6fsgua7v2bf3bhu2cimvomab7m 321 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 322 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 322 2 8 8 CD work_6fsgua7v2bf3bhu2cimvomab7m 322 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 322 4 Deb Deb NNP work_6fsgua7v2bf3bhu2cimvomab7m 322 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 322 6 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 322 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 322 8 2000 2000 CD work_6fsgua7v2bf3bhu2cimvomab7m 322 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 323 1 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 323 2 efficient efficient JJ work_6fsgua7v2bf3bhu2cimvomab7m 323 3 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 323 4 handling handling NN work_6fsgua7v2bf3bhu2cimvomab7m 323 5 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 323 6 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 323 7 genetic genetic JJ work_6fsgua7v2bf3bhu2cimvomab7m 323 8 al- al- NN work_6fsgua7v2bf3bhu2cimvomab7m 323 9 gorithms gorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 323 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 324 1 Computer computer NN work_6fsgua7v2bf3bhu2cimvomab7m 324 2 Methods method NNS work_6fsgua7v2bf3bhu2cimvomab7m 324 3 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 324 4 Applied Applied NNP work_6fsgua7v2bf3bhu2cimvomab7m 324 5 Mechanics Mechanics NNPS work_6fsgua7v2bf3bhu2cimvomab7m 324 6 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 324 7 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 324 8 186 186 CD work_6fsgua7v2bf3bhu2cimvomab7m 324 9 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 324 10 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 324 11 - - SYM work_6fsgua7v2bf3bhu2cimvomab7m 324 12 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 324 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 324 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 324 15 311 311 CD work_6fsgua7v2bf3bhu2cimvomab7m 324 16 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 324 17 338 338 CD work_6fsgua7v2bf3bhu2cimvomab7m 324 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 325 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 325 2 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 325 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 325 4 Deb Deb NNP work_6fsgua7v2bf3bhu2cimvomab7m 325 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 325 6 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 325 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 325 8 Mohan Mohan NNP work_6fsgua7v2bf3bhu2cimvomab7m 325 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 325 10 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 325 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 325 12 Mishra Mishra NNP work_6fsgua7v2bf3bhu2cimvomab7m 325 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 325 14 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 325 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 325 16 2003 2003 CD work_6fsgua7v2bf3bhu2cimvomab7m 325 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 326 1 Towards towards IN work_6fsgua7v2bf3bhu2cimvomab7m 326 2 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 326 3 quick quick JJ work_6fsgua7v2bf3bhu2cimvomab7m 326 4 computation computation NN work_6fsgua7v2bf3bhu2cimvomab7m 326 5 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 326 6 well well RB work_6fsgua7v2bf3bhu2cimvomab7m 326 7 spread spread VBN work_6fsgua7v2bf3bhu2cimvomab7m 326 8 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 326 9 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 326 10 optimal optimal JJ work_6fsgua7v2bf3bhu2cimvomab7m 326 11 solutions solution NNS work_6fsgua7v2bf3bhu2cimvomab7m 326 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 327 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 327 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 327 3 Fonseca Fonseca NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 5 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 7 Fleming Fleming NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 9 P. P. NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 11 Zitzler Zitzler NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 13 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 15 Deb Deb NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 17 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 19 editors editor NNS work_6fsgua7v2bf3bhu2cimvomab7m 327 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 327 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 327 22 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 327 23 T. T. NNP work_6fsgua7v2bf3bhu2cimvomab7m 328 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 328 2 Eds Eds NNP work_6fsgua7v2bf3bhu2cimvomab7m 328 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 329 1 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 329 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 329 3 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 329 4 Multi Multi NNP work_6fsgua7v2bf3bhu2cimvomab7m 329 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 329 6 criterion criterion NN work_6fsgua7v2bf3bhu2cimvomab7m 329 7 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 329 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 329 9 Second Second NNP work_6fsgua7v2bf3bhu2cimvomab7m 329 10 International International NNP work_6fsgua7v2bf3bhu2cimvomab7m 329 11 Conference Conference NNP work_6fsgua7v2bf3bhu2cimvomab7m 329 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 329 13 EMO EMO NNP work_6fsgua7v2bf3bhu2cimvomab7m 329 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 330 1 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 330 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 331 1 222 222 CD work_6fsgua7v2bf3bhu2cimvomab7m 331 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 331 3 236 236 CD work_6fsgua7v2bf3bhu2cimvomab7m 331 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 332 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 332 2 10 10 CD work_6fsgua7v2bf3bhu2cimvomab7m 332 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 332 4 Deb Deb NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 6 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 8 Pratap Pratap NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 10 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 12 Agarwal Agarwal NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 14 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 16 Meyarivan Meyarivan NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 18 T. T. NNP work_6fsgua7v2bf3bhu2cimvomab7m 332 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 332 20 2002 2002 CD work_6fsgua7v2bf3bhu2cimvomab7m 332 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 333 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 333 2 fast fast JJ work_6fsgua7v2bf3bhu2cimvomab7m 333 3 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 333 4 elitist elitist JJ work_6fsgua7v2bf3bhu2cimvomab7m 333 5 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 333 6 genetic genetic JJ work_6fsgua7v2bf3bhu2cimvomab7m 333 7 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 333 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 333 9 nsga nsga NNP work_6fsgua7v2bf3bhu2cimvomab7m 333 10 − − NNP work_6fsgua7v2bf3bhu2cimvomab7m 333 11 ii ii NNP work_6fsgua7v2bf3bhu2cimvomab7m 333 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 334 1 IEEE IEEE NNP work_6fsgua7v2bf3bhu2cimvomab7m 334 2 Transactions transaction NNS work_6fsgua7v2bf3bhu2cimvomab7m 334 3 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 334 4 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 334 5 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 334 6 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 334 7 . . . work_6fsgua7v2bf3bhu2cimvomab7m 335 1 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 335 2 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 335 3 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 335 4 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 335 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 335 6 124 124 CD work_6fsgua7v2bf3bhu2cimvomab7m 335 7 – – : work_6fsgua7v2bf3bhu2cimvomab7m 335 8 141 141 CD work_6fsgua7v2bf3bhu2cimvomab7m 335 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 336 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 336 2 11 11 CD work_6fsgua7v2bf3bhu2cimvomab7m 336 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 336 4 Fonseca Fonseca NNP work_6fsgua7v2bf3bhu2cimvomab7m 336 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 336 6 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 336 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 336 8 Fleming Fleming NNP work_6fsgua7v2bf3bhu2cimvomab7m 336 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 336 10 P. P. NNP work_6fsgua7v2bf3bhu2cimvomab7m 336 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 336 12 1993 1993 CD work_6fsgua7v2bf3bhu2cimvomab7m 336 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 337 1 Genetic genetic JJ work_6fsgua7v2bf3bhu2cimvomab7m 337 2 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 337 3 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 337 4 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 337 5 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 337 6 : : : work_6fsgua7v2bf3bhu2cimvomab7m 337 7 formulation formulation NN work_6fsgua7v2bf3bhu2cimvomab7m 337 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 337 9 discussion discussion NN work_6fsgua7v2bf3bhu2cimvomab7m 337 10 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 337 11 generalization generalization NN work_6fsgua7v2bf3bhu2cimvomab7m 337 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 338 1 Proceedings proceeding NNS work_6fsgua7v2bf3bhu2cimvomab7m 338 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 338 3 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 338 4 Fifth Fifth NNP work_6fsgua7v2bf3bhu2cimvomab7m 338 5 International International NNP work_6fsgua7v2bf3bhu2cimvomab7m 338 6 Conference Conference NNP work_6fsgua7v2bf3bhu2cimvomab7m 338 7 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 338 8 Genetic Genetic NNP work_6fsgua7v2bf3bhu2cimvomab7m 338 9 Algorithms Algorithms NNP work_6fsgua7v2bf3bhu2cimvomab7m 338 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 338 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 338 12 416 416 CD work_6fsgua7v2bf3bhu2cimvomab7m 338 13 – – : work_6fsgua7v2bf3bhu2cimvomab7m 338 14 423 423 CD work_6fsgua7v2bf3bhu2cimvomab7m 338 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 339 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 339 2 12 12 CD work_6fsgua7v2bf3bhu2cimvomab7m 339 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 339 4 Garćıa Garćıa NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 339 6 Nieto Nieto NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 8 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 10 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 12 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 14 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 16 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 18 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 20 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 339 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 339 22 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 339 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 340 1 Nonlinear nonlinear JJ work_6fsgua7v2bf3bhu2cimvomab7m 340 2 predictive predictive JJ work_6fsgua7v2bf3bhu2cimvomab7m 340 3 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 340 4 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 340 5 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 340 6 local local JJ work_6fsgua7v2bf3bhu2cimvomab7m 340 7 model model NN work_6fsgua7v2bf3bhu2cimvomab7m 340 8 networks network NNS work_6fsgua7v2bf3bhu2cimvomab7m 340 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 340 10 air air NN work_6fsgua7v2bf3bhu2cimvomab7m 340 11 management management NN work_6fsgua7v2bf3bhu2cimvomab7m 340 12 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 340 13 diesel diesel NN work_6fsgua7v2bf3bhu2cimvomab7m 340 14 engines engine NNS work_6fsgua7v2bf3bhu2cimvomab7m 340 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 341 1 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 341 2 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 341 3 Practice Practice NNP work_6fsgua7v2bf3bhu2cimvomab7m 341 4 16 16 CD work_6fsgua7v2bf3bhu2cimvomab7m 341 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 341 6 12 12 CD work_6fsgua7v2bf3bhu2cimvomab7m 341 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 341 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 341 9 1399 1399 CD work_6fsgua7v2bf3bhu2cimvomab7m 341 10 – – : work_6fsgua7v2bf3bhu2cimvomab7m 341 11 1413 1413 CD work_6fsgua7v2bf3bhu2cimvomab7m 341 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 342 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 342 2 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 342 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 342 4 Garcia Garcia NNP work_6fsgua7v2bf3bhu2cimvomab7m 342 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 342 6 Alvarado Alvarado NNP work_6fsgua7v2bf3bhu2cimvomab7m 342 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 342 8 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 342 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 342 10 Ruiz Ruiz NNP work_6fsgua7v2bf3bhu2cimvomab7m 342 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 342 12 Lopez Lopez NNP work_6fsgua7v2bf3bhu2cimvomab7m 342 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 342 14 I. I. NNP work_6fsgua7v2bf3bhu2cimvomab7m 342 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 342 16 2010 2010 CD work_6fsgua7v2bf3bhu2cimvomab7m 342 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 343 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 343 2 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 343 3 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 343 4 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 343 5 robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 343 6 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 343 7 quadratic quadratic JJ work_6fsgua7v2bf3bhu2cimvomab7m 343 8 optimal optimal JJ work_6fsgua7v2bf3bhu2cimvomab7m 343 9 mimo mimo RB work_6fsgua7v2bf3bhu2cimvomab7m 343 10 linear linear JJ work_6fsgua7v2bf3bhu2cimvomab7m 343 11 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 343 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 344 1 Chemical Chemical NNP work_6fsgua7v2bf3bhu2cimvomab7m 344 2 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 344 3 Science Science NNP work_6fsgua7v2bf3bhu2cimvomab7m 344 4 65 65 CD work_6fsgua7v2bf3bhu2cimvomab7m 344 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 344 6 11 11 CD work_6fsgua7v2bf3bhu2cimvomab7m 344 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 344 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 344 9 3431 3431 CD work_6fsgua7v2bf3bhu2cimvomab7m 344 10 – – : work_6fsgua7v2bf3bhu2cimvomab7m 344 11 3438 3438 CD work_6fsgua7v2bf3bhu2cimvomab7m 344 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 345 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 345 2 14 14 CD work_6fsgua7v2bf3bhu2cimvomab7m 345 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 345 4 Ge Ge NNP work_6fsgua7v2bf3bhu2cimvomab7m 345 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 345 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 345 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 345 8 Chiu Chiu NNP work_6fsgua7v2bf3bhu2cimvomab7m 345 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 345 10 M.-S. M.-S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 345 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 345 12 Wang Wang NNP work_6fsgua7v2bf3bhu2cimvomab7m 345 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 345 14 Q.-G. Q.-G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 345 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 345 16 2002 2002 CD work_6fsgua7v2bf3bhu2cimvomab7m 345 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 346 1 Robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 346 2 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 346 3 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 346 4 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 346 5 via via IN work_6fsgua7v2bf3bhu2cimvomab7m 346 6 lmi lmi NNP work_6fsgua7v2bf3bhu2cimvomab7m 346 7 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 346 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 347 1 Journal Journal NNP work_6fsgua7v2bf3bhu2cimvomab7m 347 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 347 3 Process Process NNP work_6fsgua7v2bf3bhu2cimvomab7m 347 4 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 347 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 347 6 12 12 CD work_6fsgua7v2bf3bhu2cimvomab7m 347 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 347 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 347 9 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 347 10 – – : work_6fsgua7v2bf3bhu2cimvomab7m 347 11 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 347 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 348 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 348 2 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 348 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 348 4 Goncalves Goncalves NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 348 6 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 7 N. N. NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 348 9 Palhares Palhares NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 348 11 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 12 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 348 14 Takahashi Takahashi NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 348 16 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 17 H. H. NNP work_6fsgua7v2bf3bhu2cimvomab7m 348 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 348 19 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 348 20 . . . work_6fsgua7v2bf3bhu2cimvomab7m 349 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 349 2 novel novel JJ work_6fsgua7v2bf3bhu2cimvomab7m 349 3 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 349 4 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 349 5 h2 h2 NNP work_6fsgua7v2bf3bhu2cimvomab7m 349 6 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 349 7 h∞ h∞ NNP work_6fsgua7v2bf3bhu2cimvomab7m 349 8 robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 349 9 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 349 10 synthesis synthesis NN work_6fsgua7v2bf3bhu2cimvomab7m 349 11 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 349 12 uncertain uncertain JJ work_6fsgua7v2bf3bhu2cimvomab7m 349 13 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 349 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 350 1 Journal Journal NNP work_6fsgua7v2bf3bhu2cimvomab7m 350 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 350 3 process process NN work_6fsgua7v2bf3bhu2cimvomab7m 350 4 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 350 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 350 6 18 18 CD work_6fsgua7v2bf3bhu2cimvomab7m 350 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 350 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 350 9 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 350 10 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 350 11 26 26 CD work_6fsgua7v2bf3bhu2cimvomab7m 350 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 351 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 351 2 16 16 CD work_6fsgua7v2bf3bhu2cimvomab7m 351 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 351 4 Gong Gong NNP work_6fsgua7v2bf3bhu2cimvomab7m 351 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 351 6 W. W. NNP work_6fsgua7v2bf3bhu2cimvomab7m 351 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 351 8 Cai Cai NNP work_6fsgua7v2bf3bhu2cimvomab7m 351 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 351 10 Z. Z. NNP work_6fsgua7v2bf3bhu2cimvomab7m 351 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 351 12 Zhu Zhu NNP work_6fsgua7v2bf3bhu2cimvomab7m 351 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 351 14 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 351 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 351 16 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 351 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 352 1 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 352 2 efficient efficient JJ work_6fsgua7v2bf3bhu2cimvomab7m 352 3 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 352 4 differential differential NN work_6fsgua7v2bf3bhu2cimvomab7m 352 5 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 352 6 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 352 7 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 352 8 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 352 9 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 352 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 353 1 Structural Structural NNP work_6fsgua7v2bf3bhu2cimvomab7m 353 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 353 3 Multidisci- Multidisci- NNP work_6fsgua7v2bf3bhu2cimvomab7m 353 4 plinary plinary JJ work_6fsgua7v2bf3bhu2cimvomab7m 353 5 Optimisation Optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 353 6 38 38 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 353 8 137 137 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 353 10 157 157 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 353 12 10.1007 10.1007 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 13 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 353 14 s00158 s00158 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 15 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 353 16 008 008 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 17 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 353 18 0269 0269 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 19 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 353 20 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 353 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 354 1 26 26 CD work_6fsgua7v2bf3bhu2cimvomab7m 354 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 354 3 17 17 CD work_6fsgua7v2bf3bhu2cimvomab7m 354 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 354 5 Hernández Hernández NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 6 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 354 7 Dı́az Dı́az NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 9 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 10 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 12 Snatana Snatana NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 13 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 354 14 Quintero Quintero NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 16 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 17 V. V. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 19 Coello Coello NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 21 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 22 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 23 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 24 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 25 Molina Molina NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 26 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 27 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 354 28 , , , work_6fsgua7v2bf3bhu2cimvomab7m 354 29 2007 2007 CD work_6fsgua7v2bf3bhu2cimvomab7m 354 30 . . . work_6fsgua7v2bf3bhu2cimvomab7m 355 1 Pareto pareto NN work_6fsgua7v2bf3bhu2cimvomab7m 355 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 355 3 adaptive adaptive JJ work_6fsgua7v2bf3bhu2cimvomab7m 355 4 ǫ ǫ NN work_6fsgua7v2bf3bhu2cimvomab7m 355 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 355 6 dominance dominance NN work_6fsgua7v2bf3bhu2cimvomab7m 355 7 . . . work_6fsgua7v2bf3bhu2cimvomab7m 356 1 Evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 356 2 Compu- Compu- NNP work_6fsgua7v2bf3bhu2cimvomab7m 356 3 tation tation NN work_6fsgua7v2bf3bhu2cimvomab7m 356 4 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 356 5 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 356 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 356 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 356 8 493 493 CD work_6fsgua7v2bf3bhu2cimvomab7m 356 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 356 10 517 517 CD work_6fsgua7v2bf3bhu2cimvomab7m 356 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 357 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 357 2 18 18 CD work_6fsgua7v2bf3bhu2cimvomab7m 357 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 357 4 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 6 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 8 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 10 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 12 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 14 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 16 Ramos Ramos NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 18 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 357 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 357 20 2005 2005 CD work_6fsgua7v2bf3bhu2cimvomab7m 357 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 358 1 Nonlinear nonlinear JJ work_6fsgua7v2bf3bhu2cimvomab7m 358 2 robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 358 3 identification identification NN work_6fsgua7v2bf3bhu2cimvomab7m 358 4 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 358 5 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 358 6 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 358 7 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 358 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 359 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 359 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 359 3 Mira Mira NNP work_6fsgua7v2bf3bhu2cimvomab7m 359 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 359 5 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 359 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 359 7 Álvarez Álvarez NNP work_6fsgua7v2bf3bhu2cimvomab7m 359 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 359 9 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 360 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 360 2 Eds Eds NNP work_6fsgua7v2bf3bhu2cimvomab7m 360 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 361 1 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 361 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 361 3 Artificial Artificial NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 4 Intelligence Intelligence NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 5 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 361 6 Knowledge Knowledge NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 7 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 8 Ap- Ap- NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 9 plications plication NNS work_6fsgua7v2bf3bhu2cimvomab7m 361 10 : : : work_6fsgua7v2bf3bhu2cimvomab7m 361 11 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 361 12 Bioinspired Bioinspired NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 13 Approach Approach NNP work_6fsgua7v2bf3bhu2cimvomab7m 361 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 362 1 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 362 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 363 1 LNCS LNCS NNP work_6fsgua7v2bf3bhu2cimvomab7m 363 2 3562 3562 CD work_6fsgua7v2bf3bhu2cimvomab7m 363 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 364 1 Springer Springer NNP work_6fsgua7v2bf3bhu2cimvomab7m 364 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 364 3 Verlag Verlag NNP work_6fsgua7v2bf3bhu2cimvomab7m 364 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 364 5 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 364 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 365 1 231 231 CD work_6fsgua7v2bf3bhu2cimvomab7m 365 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 365 3 241 241 CD work_6fsgua7v2bf3bhu2cimvomab7m 365 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 366 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 366 2 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 366 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 366 4 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 6 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 8 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 10 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 12 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 14 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 16 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 18 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 366 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 366 20 2007 2007 CD work_6fsgua7v2bf3bhu2cimvomab7m 366 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 367 1 Well well RB work_6fsgua7v2bf3bhu2cimvomab7m 367 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 367 3 distributed distribute VBN work_6fsgua7v2bf3bhu2cimvomab7m 367 4 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 367 5 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 367 6 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 367 7 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 367 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 367 9 epsilon epsilon NN work_6fsgua7v2bf3bhu2cimvomab7m 367 10 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 367 11 moga moga NN work_6fsgua7v2bf3bhu2cimvomab7m 367 12 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 367 13 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 367 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 368 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 368 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 368 3 et et NNP work_6fsgua7v2bf3bhu2cimvomab7m 368 4 al al NNP work_6fsgua7v2bf3bhu2cimvomab7m 368 5 . . NNP work_6fsgua7v2bf3bhu2cimvomab7m 368 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 368 7 F. F. NNP work_6fsgua7v2bf3bhu2cimvomab7m 368 8 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 369 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 369 2 Ed Ed NNP work_6fsgua7v2bf3bhu2cimvomab7m 369 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 370 1 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 370 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 370 3 Computational Computational NNP work_6fsgua7v2bf3bhu2cimvomab7m 370 4 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 370 5 Ambient Ambient NNP work_6fsgua7v2bf3bhu2cimvomab7m 370 6 Intelligence Intelligence NNP work_6fsgua7v2bf3bhu2cimvomab7m 370 7 . . . work_6fsgua7v2bf3bhu2cimvomab7m 371 1 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 371 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 372 1 LNCS LNCS NNP work_6fsgua7v2bf3bhu2cimvomab7m 372 2 4507 4507 CD work_6fsgua7v2bf3bhu2cimvomab7m 372 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 373 1 Springer Springer NNP work_6fsgua7v2bf3bhu2cimvomab7m 373 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 373 3 Verlag Verlag NNP work_6fsgua7v2bf3bhu2cimvomab7m 373 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 373 5 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 373 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 374 1 292 292 CD work_6fsgua7v2bf3bhu2cimvomab7m 374 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 374 3 299 299 CD work_6fsgua7v2bf3bhu2cimvomab7m 374 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 375 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 375 2 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 375 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 375 4 Herreros Herreros NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 375 6 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 375 8 Baeyens Baeyens NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 375 10 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 375 12 Perán Perán NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 375 14 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 15 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 375 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 375 17 2002 2002 CD work_6fsgua7v2bf3bhu2cimvomab7m 375 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 376 1 Design design NN work_6fsgua7v2bf3bhu2cimvomab7m 376 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 376 3 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 376 4 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 376 5 type type NN work_6fsgua7v2bf3bhu2cimvomab7m 376 6 con- con- NN work_6fsgua7v2bf3bhu2cimvomab7m 376 7 trollers troller NNS work_6fsgua7v2bf3bhu2cimvomab7m 376 8 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 376 9 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 376 10 genetic genetic JJ work_6fsgua7v2bf3bhu2cimvomab7m 376 11 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 376 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 377 1 ISA ISA NNP work_6fsgua7v2bf3bhu2cimvomab7m 377 2 Transactions transaction NNS work_6fsgua7v2bf3bhu2cimvomab7m 377 3 41 41 CD work_6fsgua7v2bf3bhu2cimvomab7m 377 4 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 377 5 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 377 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 377 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 377 8 457 457 CD work_6fsgua7v2bf3bhu2cimvomab7m 377 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 377 10 472 472 CD work_6fsgua7v2bf3bhu2cimvomab7m 377 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 378 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 378 2 21 21 CD work_6fsgua7v2bf3bhu2cimvomab7m 378 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 378 4 Huang Huang NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 6 V. V. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 8 Qin Qin NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 10 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 378 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 12 Deb Deb NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 14 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 16 Zitzler Zitzler NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 18 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 20 Suganthan Suganthan NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 22 P. P. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 24 Liang Liang NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 26 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 28 Preuss Preuss NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 30 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 32 Huband Huband NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 34 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 378 35 , , , work_6fsgua7v2bf3bhu2cimvomab7m 378 36 2007 2007 CD work_6fsgua7v2bf3bhu2cimvomab7m 378 37 . . . work_6fsgua7v2bf3bhu2cimvomab7m 379 1 Problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 379 2 definitions definition NNS work_6fsgua7v2bf3bhu2cimvomab7m 379 3 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 379 4 perfor- perfor- NNP work_6fsgua7v2bf3bhu2cimvomab7m 379 5 mance mance NNP work_6fsgua7v2bf3bhu2cimvomab7m 379 6 assessment assessment NN work_6fsgua7v2bf3bhu2cimvomab7m 379 7 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 379 8 multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 379 9 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 379 10 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 379 11 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 379 12 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 379 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 380 1 Tech Tech NNP work_6fsgua7v2bf3bhu2cimvomab7m 380 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 381 1 rep rep NNP work_6fsgua7v2bf3bhu2cimvomab7m 381 2 . . NNP work_6fsgua7v2bf3bhu2cimvomab7m 381 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 381 4 Nanyang Nanyang NNP work_6fsgua7v2bf3bhu2cimvomab7m 381 5 Technological Technological NNP work_6fsgua7v2bf3bhu2cimvomab7m 381 6 University University NNP work_6fsgua7v2bf3bhu2cimvomab7m 381 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 381 8 Singapore Singapore NNP work_6fsgua7v2bf3bhu2cimvomab7m 381 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 382 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 382 2 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 382 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 382 4 Iruthayarajan Iruthayarajan NNP work_6fsgua7v2bf3bhu2cimvomab7m 382 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 382 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 382 7 W. W. NNP work_6fsgua7v2bf3bhu2cimvomab7m 382 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 382 9 Baskar Baskar NNP work_6fsgua7v2bf3bhu2cimvomab7m 382 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 382 11 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 382 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 382 13 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 382 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 383 1 Evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 383 2 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 383 3 based base VBD work_6fsgua7v2bf3bhu2cimvomab7m 383 4 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 383 5 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 383 6 multivariable multivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 383 7 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 383 8 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 383 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 384 1 Expert expert NN work_6fsgua7v2bf3bhu2cimvomab7m 384 2 Systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 384 3 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 384 4 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 384 5 36 36 CD work_6fsgua7v2bf3bhu2cimvomab7m 384 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 384 7 5 5 CD work_6fsgua7v2bf3bhu2cimvomab7m 384 8 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 384 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 384 10 9159 9159 CD work_6fsgua7v2bf3bhu2cimvomab7m 384 11 – – : work_6fsgua7v2bf3bhu2cimvomab7m 384 12 9167 9167 CD work_6fsgua7v2bf3bhu2cimvomab7m 384 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 385 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 385 2 23 23 CD work_6fsgua7v2bf3bhu2cimvomab7m 385 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 385 4 Iruthayarajan Iruthayarajan NNP work_6fsgua7v2bf3bhu2cimvomab7m 385 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 385 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 385 7 W. W. NNP work_6fsgua7v2bf3bhu2cimvomab7m 385 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 385 9 Bskar Bskar NNP work_6fsgua7v2bf3bhu2cimvomab7m 385 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 385 11 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 385 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 385 13 2010 2010 CD work_6fsgua7v2bf3bhu2cimvomab7m 385 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 386 1 Covariance covariance NN work_6fsgua7v2bf3bhu2cimvomab7m 386 2 matrix matrix NN work_6fsgua7v2bf3bhu2cimvomab7m 386 3 adaptation adaptation NN work_6fsgua7v2bf3bhu2cimvomab7m 386 4 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 386 5 strategy strategy NN work_6fsgua7v2bf3bhu2cimvomab7m 386 6 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 386 7 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 386 8 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 386 9 centralized centralized JJ work_6fsgua7v2bf3bhu2cimvomab7m 386 10 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 386 11 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 386 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 387 1 Expert expert NN work_6fsgua7v2bf3bhu2cimvomab7m 387 2 Sys- Sys- NNP work_6fsgua7v2bf3bhu2cimvomab7m 387 3 tems tem NNS work_6fsgua7v2bf3bhu2cimvomab7m 387 4 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 387 5 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 387 6 37 37 CD work_6fsgua7v2bf3bhu2cimvomab7m 387 7 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 387 8 8) 8) CD work_6fsgua7v2bf3bhu2cimvomab7m 387 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 387 10 5775 5775 CD work_6fsgua7v2bf3bhu2cimvomab7m 387 11 – – : work_6fsgua7v2bf3bhu2cimvomab7m 387 12 5781 5781 CD work_6fsgua7v2bf3bhu2cimvomab7m 387 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 388 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 388 2 24 24 CD work_6fsgua7v2bf3bhu2cimvomab7m 388 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 388 4 Kim Kim NNP work_6fsgua7v2bf3bhu2cimvomab7m 388 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 388 6 T.-H. t.-h. DT work_6fsgua7v2bf3bhu2cimvomab7m 388 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 388 8 Maruta Maruta NNP work_6fsgua7v2bf3bhu2cimvomab7m 388 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 388 10 I. I. NNP work_6fsgua7v2bf3bhu2cimvomab7m 388 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 388 12 Sugie Sugie NNP work_6fsgua7v2bf3bhu2cimvomab7m 388 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 388 14 T. T. NNP work_6fsgua7v2bf3bhu2cimvomab7m 388 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 388 16 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 388 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 389 1 Robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 389 2 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 389 3 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 389 4 tun- tun- DT work_6fsgua7v2bf3bhu2cimvomab7m 389 5 ing ing NN work_6fsgua7v2bf3bhu2cimvomab7m 389 6 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 389 7 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 389 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 389 9 constrained constrained JJ work_6fsgua7v2bf3bhu2cimvomab7m 389 10 particle particle NN work_6fsgua7v2bf3bhu2cimvomab7m 389 11 swarm swarm NNP work_6fsgua7v2bf3bhu2cimvomab7m 389 12 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 389 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 390 1 Automatica Automatica NNP work_6fsgua7v2bf3bhu2cimvomab7m 390 2 44 44 CD work_6fsgua7v2bf3bhu2cimvomab7m 390 3 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 390 4 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 390 5 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 390 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 390 7 1104 1104 CD work_6fsgua7v2bf3bhu2cimvomab7m 390 8 – – : work_6fsgua7v2bf3bhu2cimvomab7m 390 9 1110 1110 CD work_6fsgua7v2bf3bhu2cimvomab7m 390 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 391 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 391 2 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 391 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 391 4 Knowles Knowles NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 391 6 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 391 8 Thiele Thiele NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 391 10 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 391 12 Zitzler Zitzler NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 13 . . NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 391 15 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 391 17 Feb. February NNP work_6fsgua7v2bf3bhu2cimvomab7m 391 18 2006 2006 CD work_6fsgua7v2bf3bhu2cimvomab7m 391 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 392 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 392 2 tutorial tutorial NN work_6fsgua7v2bf3bhu2cimvomab7m 392 3 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 392 4 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 392 5 per- per- NN work_6fsgua7v2bf3bhu2cimvomab7m 392 6 formance formance NN work_6fsgua7v2bf3bhu2cimvomab7m 392 7 assessment assessment NN work_6fsgua7v2bf3bhu2cimvomab7m 392 8 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 392 9 stochastic stochastic JJ work_6fsgua7v2bf3bhu2cimvomab7m 392 10 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 392 11 optimizers optimizer NNS work_6fsgua7v2bf3bhu2cimvomab7m 392 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 393 1 Tech Tech NNP work_6fsgua7v2bf3bhu2cimvomab7m 393 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 394 1 Rep. Rep. NNP work_6fsgua7v2bf3bhu2cimvomab7m 394 2 TIK TIK NNP work_6fsgua7v2bf3bhu2cimvomab7m 394 3 report report NN work_6fsgua7v2bf3bhu2cimvomab7m 394 4 No no UH work_6fsgua7v2bf3bhu2cimvomab7m 394 5 . . . work_6fsgua7v2bf3bhu2cimvomab7m 395 1 214 214 CD work_6fsgua7v2bf3bhu2cimvomab7m 395 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 395 3 Computer Computer NNP work_6fsgua7v2bf3bhu2cimvomab7m 395 4 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 395 5 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 395 6 Networks Networks NNP work_6fsgua7v2bf3bhu2cimvomab7m 395 7 Laboratory Laboratory NNP work_6fsgua7v2bf3bhu2cimvomab7m 395 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 396 1 ETH ETH NNP work_6fsgua7v2bf3bhu2cimvomab7m 396 2 Zurich Zurich NNP work_6fsgua7v2bf3bhu2cimvomab7m 396 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 397 1 27 27 CD work_6fsgua7v2bf3bhu2cimvomab7m 397 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 397 3 26 26 CD work_6fsgua7v2bf3bhu2cimvomab7m 397 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 397 5 Kukkonen Kukkonen NNP work_6fsgua7v2bf3bhu2cimvomab7m 397 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 397 7 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 397 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 397 9 Lampinen Lampinen NNP work_6fsgua7v2bf3bhu2cimvomab7m 397 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 397 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 397 12 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 397 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 397 14 2005 2005 CD work_6fsgua7v2bf3bhu2cimvomab7m 397 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 398 1 Gde3 gde3 NN work_6fsgua7v2bf3bhu2cimvomab7m 398 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 398 3 The the DT work_6fsgua7v2bf3bhu2cimvomab7m 398 4 third third JJ work_6fsgua7v2bf3bhu2cimvomab7m 398 5 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 398 6 step step NN work_6fsgua7v2bf3bhu2cimvomab7m 398 7 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 398 8 generalized generalized JJ work_6fsgua7v2bf3bhu2cimvomab7m 398 9 differential differential JJ work_6fsgua7v2bf3bhu2cimvomab7m 398 10 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 398 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 399 1 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 399 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 400 1 1 1 LS work_6fsgua7v2bf3bhu2cimvomab7m 400 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 401 1 IEEE IEEE NNP work_6fsgua7v2bf3bhu2cimvomab7m 401 2 Congress Congress NNP work_6fsgua7v2bf3bhu2cimvomab7m 401 3 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 401 4 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 401 5 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 401 6 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 401 7 CEC CEC NNP work_6fsgua7v2bf3bhu2cimvomab7m 401 8 2005 2005 CD work_6fsgua7v2bf3bhu2cimvomab7m 401 9 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 401 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 401 11 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 401 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 402 1 443 443 CD work_6fsgua7v2bf3bhu2cimvomab7m 402 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 402 3 450 450 CD work_6fsgua7v2bf3bhu2cimvomab7m 402 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 403 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 403 2 27 27 CD work_6fsgua7v2bf3bhu2cimvomab7m 403 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 403 4 Laumanns Laumanns NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 8 Thiele Thiele NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 10 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 12 Deb Deb NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 14 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 16 Zitzler Zitzler NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 18 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 403 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 403 20 2002 2002 CD work_6fsgua7v2bf3bhu2cimvomab7m 403 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 404 1 Combining combine VBG work_6fsgua7v2bf3bhu2cimvomab7m 404 2 conver- conver- JJ work_6fsgua7v2bf3bhu2cimvomab7m 404 3 gence gence NN work_6fsgua7v2bf3bhu2cimvomab7m 404 4 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 404 5 diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 404 6 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 404 7 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 404 8 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 404 9 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 404 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 405 1 Evolu- Evolu- NNP work_6fsgua7v2bf3bhu2cimvomab7m 405 2 tionary tionary NN work_6fsgua7v2bf3bhu2cimvomab7m 405 3 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 405 4 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 405 5 3 3 CD work_6fsgua7v2bf3bhu2cimvomab7m 405 6 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 405 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 405 8 263 263 CD work_6fsgua7v2bf3bhu2cimvomab7m 405 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 405 10 282 282 CD work_6fsgua7v2bf3bhu2cimvomab7m 405 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 406 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 406 2 28 28 CD work_6fsgua7v2bf3bhu2cimvomab7m 406 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 406 4 Lauŕı Lauŕı NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 6 D. D. NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 8 Salcedo Salcedo NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 10 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 12 Garćıa Garćıa NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 13 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 406 14 Nieto Nieto NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 16 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 18 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 20 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 406 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 406 22 2010 2010 CD work_6fsgua7v2bf3bhu2cimvomab7m 406 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 407 1 Model model NN work_6fsgua7v2bf3bhu2cimvomab7m 407 2 pre- pre- NN work_6fsgua7v2bf3bhu2cimvomab7m 407 3 dictive dictive JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 4 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 407 5 relevant relevant JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 6 identification identification NN work_6fsgua7v2bf3bhu2cimvomab7m 407 7 : : : work_6fsgua7v2bf3bhu2cimvomab7m 407 8 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 9 input input JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 10 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 11 output output NN work_6fsgua7v2bf3bhu2cimvomab7m 407 12 against against IN work_6fsgua7v2bf3bhu2cimvomab7m 407 13 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 14 input input JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 15 single single JJ work_6fsgua7v2bf3bhu2cimvomab7m 407 16 output output NN work_6fsgua7v2bf3bhu2cimvomab7m 407 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 408 1 IET IET NNP work_6fsgua7v2bf3bhu2cimvomab7m 408 2 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 408 3 Theory Theory NNP work_6fsgua7v2bf3bhu2cimvomab7m 408 4 & & CC work_6fsgua7v2bf3bhu2cimvomab7m 408 5 Applica- Applica- NNP work_6fsgua7v2bf3bhu2cimvomab7m 408 6 tions tion NNS work_6fsgua7v2bf3bhu2cimvomab7m 408 7 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 408 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 408 9 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 408 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 408 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 408 12 1756–1766 1756–1766 CD work_6fsgua7v2bf3bhu2cimvomab7m 408 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 409 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 409 2 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 409 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 409 4 Luyben Luyben NNP work_6fsgua7v2bf3bhu2cimvomab7m 409 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 409 6 W. W. NNP work_6fsgua7v2bf3bhu2cimvomab7m 409 7 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 409 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 409 9 1986 1986 CD work_6fsgua7v2bf3bhu2cimvomab7m 409 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 410 1 Simple simple JJ work_6fsgua7v2bf3bhu2cimvomab7m 410 2 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 410 3 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 410 4 tuning tune VBG work_6fsgua7v2bf3bhu2cimvomab7m 410 5 siso siso JJR work_6fsgua7v2bf3bhu2cimvomab7m 410 6 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 410 7 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 410 8 mul- mul- NNP work_6fsgua7v2bf3bhu2cimvomab7m 410 9 tivariable tivariable JJ work_6fsgua7v2bf3bhu2cimvomab7m 410 10 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 410 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 411 1 Industrial industrial JJ work_6fsgua7v2bf3bhu2cimvomab7m 411 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 411 3 Engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 411 4 Chemistry chemistry NN work_6fsgua7v2bf3bhu2cimvomab7m 411 5 Process Process NNP work_6fsgua7v2bf3bhu2cimvomab7m 411 6 De- de- UH work_6fsgua7v2bf3bhu2cimvomab7m 411 7 sign sign NN work_6fsgua7v2bf3bhu2cimvomab7m 411 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 411 9 25 25 CD work_6fsgua7v2bf3bhu2cimvomab7m 411 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 411 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 411 12 654 654 CD work_6fsgua7v2bf3bhu2cimvomab7m 411 13 – – : work_6fsgua7v2bf3bhu2cimvomab7m 411 14 660 660 CD work_6fsgua7v2bf3bhu2cimvomab7m 411 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 412 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 412 2 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 412 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 412 4 Marler Marler NNP work_6fsgua7v2bf3bhu2cimvomab7m 412 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 412 6 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 412 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 412 8 Arora Arora NNP work_6fsgua7v2bf3bhu2cimvomab7m 412 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 412 10 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 412 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 412 12 2004 2004 CD work_6fsgua7v2bf3bhu2cimvomab7m 412 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 413 1 Survey survey NN work_6fsgua7v2bf3bhu2cimvomab7m 413 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 413 3 multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 413 4 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 413 5 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 413 6 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 413 7 meth- meth- NNP work_6fsgua7v2bf3bhu2cimvomab7m 413 8 ods od NNS work_6fsgua7v2bf3bhu2cimvomab7m 413 9 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 413 10 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 413 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 414 1 Structural Structural NNP work_6fsgua7v2bf3bhu2cimvomab7m 414 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 414 3 Multidisciplinary Multidisciplinary NNP work_6fsgua7v2bf3bhu2cimvomab7m 414 4 Optimisation Optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 414 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 414 6 26 26 CD work_6fsgua7v2bf3bhu2cimvomab7m 414 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 414 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 414 9 369 369 CD work_6fsgua7v2bf3bhu2cimvomab7m 414 10 – – : work_6fsgua7v2bf3bhu2cimvomab7m 414 11 395 395 CD work_6fsgua7v2bf3bhu2cimvomab7m 414 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 415 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 415 2 31 31 CD work_6fsgua7v2bf3bhu2cimvomab7m 415 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 415 4 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 8 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 10 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 12 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 14 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 16 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 18 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 20 Garćıa Garćıa NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 21 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 415 22 Nieto Nieto NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 24 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 415 25 , , , work_6fsgua7v2bf3bhu2cimvomab7m 415 26 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 415 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 416 1 Applied applied JJ work_6fsgua7v2bf3bhu2cimvomab7m 416 2 pareto pareto NN work_6fsgua7v2bf3bhu2cimvomab7m 416 3 multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 416 4 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 416 5 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 416 6 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 416 7 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 416 8 stochastic stochastic JJ work_6fsgua7v2bf3bhu2cimvomab7m 416 9 solvers solver NNS work_6fsgua7v2bf3bhu2cimvomab7m 416 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 417 1 Engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 417 2 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 417 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 417 4 Artificial Artificial NNP work_6fsgua7v2bf3bhu2cimvomab7m 417 5 Intelligence Intelligence NNP work_6fsgua7v2bf3bhu2cimvomab7m 417 6 22 22 CD work_6fsgua7v2bf3bhu2cimvomab7m 417 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 417 8 455 455 CD work_6fsgua7v2bf3bhu2cimvomab7m 417 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 417 10 465 465 CD work_6fsgua7v2bf3bhu2cimvomab7m 417 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 418 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 418 2 32 32 CD work_6fsgua7v2bf3bhu2cimvomab7m 418 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 418 4 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 8 Nieto Nieto NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 10 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 11 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 13 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 15 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 17 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 19 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 418 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 418 21 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 418 22 . . . work_6fsgua7v2bf3bhu2cimvomab7m 419 1 Genetic genetic JJ work_6fsgua7v2bf3bhu2cimvomab7m 419 2 al- al- NN work_6fsgua7v2bf3bhu2cimvomab7m 419 3 gorithms gorithms NNP work_6fsgua7v2bf3bhu2cimvomab7m 419 4 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 419 5 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 419 6 normalized normalized JJ work_6fsgua7v2bf3bhu2cimvomab7m 419 7 normal normal JJ work_6fsgua7v2bf3bhu2cimvomab7m 419 8 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 419 9 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 419 10 under under IN work_6fsgua7v2bf3bhu2cimvomab7m 419 11 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 419 12 construction construction NN work_6fsgua7v2bf3bhu2cimvomab7m 419 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 420 1 Advances advance NNS work_6fsgua7v2bf3bhu2cimvomab7m 420 2 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 420 3 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 420 4 Software Software NNP work_6fsgua7v2bf3bhu2cimvomab7m 420 5 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 420 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 420 7 260 260 CD work_6fsgua7v2bf3bhu2cimvomab7m 420 8 – – : work_6fsgua7v2bf3bhu2cimvomab7m 420 9 267 267 CD work_6fsgua7v2bf3bhu2cimvomab7m 420 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 421 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 421 2 33 33 CD work_6fsgua7v2bf3bhu2cimvomab7m 421 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 421 4 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 421 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 421 6 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 421 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 421 8 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 421 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 421 10 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 421 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 421 12 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 421 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 421 14 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 421 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 421 16 2006 2006 CD work_6fsgua7v2bf3bhu2cimvomab7m 421 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 422 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 422 2 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 422 3 de- de- NN work_6fsgua7v2bf3bhu2cimvomab7m 422 4 sign sign VBP work_6fsgua7v2bf3bhu2cimvomab7m 422 5 handling handle VBG work_6fsgua7v2bf3bhu2cimvomab7m 422 6 human human JJ work_6fsgua7v2bf3bhu2cimvomab7m 422 7 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 422 8 . . . work_6fsgua7v2bf3bhu2cimvomab7m 423 1 Engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 423 2 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 423 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 423 4 Artificial Artificial NNP work_6fsgua7v2bf3bhu2cimvomab7m 423 5 Intelligence Intelligence NNP work_6fsgua7v2bf3bhu2cimvomab7m 423 6 19 19 CD work_6fsgua7v2bf3bhu2cimvomab7m 423 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 423 8 927 927 CD work_6fsgua7v2bf3bhu2cimvomab7m 423 9 – – : work_6fsgua7v2bf3bhu2cimvomab7m 423 10 938 938 CD work_6fsgua7v2bf3bhu2cimvomab7m 423 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 424 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 424 2 34 34 CD work_6fsgua7v2bf3bhu2cimvomab7m 424 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 424 4 Mattson Mattson NNP work_6fsgua7v2bf3bhu2cimvomab7m 424 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 424 6 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 424 7 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 424 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 424 9 Messac Messac NNP work_6fsgua7v2bf3bhu2cimvomab7m 424 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 424 11 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 424 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 424 13 2005 2005 CD work_6fsgua7v2bf3bhu2cimvomab7m 424 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 425 1 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 425 2 frontier frontier NN work_6fsgua7v2bf3bhu2cimvomab7m 425 3 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 425 4 concept concept NN work_6fsgua7v2bf3bhu2cimvomab7m 425 5 selection selection NN work_6fsgua7v2bf3bhu2cimvomab7m 425 6 under under IN work_6fsgua7v2bf3bhu2cimvomab7m 425 7 uncertainty uncertainty NN work_6fsgua7v2bf3bhu2cimvomab7m 425 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 425 9 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 425 10 visualization visualization NN work_6fsgua7v2bf3bhu2cimvomab7m 425 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 426 1 Optimisation Optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 426 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 426 3 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 426 4 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 426 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 426 6 85 85 CD work_6fsgua7v2bf3bhu2cimvomab7m 426 7 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 426 8 115 115 CD work_6fsgua7v2bf3bhu2cimvomab7m 426 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 426 10 10.1023 10.1023 CD work_6fsgua7v2bf3bhu2cimvomab7m 426 11 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 426 12 B B NNP work_6fsgua7v2bf3bhu2cimvomab7m 426 13 : : : work_6fsgua7v2bf3bhu2cimvomab7m 426 14 OPTE.0000048538.35456.45 opte.0000048538.35456.45 ADD work_6fsgua7v2bf3bhu2cimvomab7m 426 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 427 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 427 2 35 35 CD work_6fsgua7v2bf3bhu2cimvomab7m 427 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 427 4 Miettinen Miettinen NNP work_6fsgua7v2bf3bhu2cimvomab7m 427 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 427 6 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 427 7 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 427 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 427 9 1998 1998 CD work_6fsgua7v2bf3bhu2cimvomab7m 427 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 428 1 Nonlinear nonlinear JJ work_6fsgua7v2bf3bhu2cimvomab7m 428 2 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 428 3 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 428 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 429 1 Kluwer Kluwer NNP work_6fsgua7v2bf3bhu2cimvomab7m 429 2 Academic Academic NNP work_6fsgua7v2bf3bhu2cimvomab7m 429 3 Publishers Publishers NNPS work_6fsgua7v2bf3bhu2cimvomab7m 429 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 430 1 28 28 CD work_6fsgua7v2bf3bhu2cimvomab7m 430 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 430 3 36 36 CD work_6fsgua7v2bf3bhu2cimvomab7m 430 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 430 5 Panagopoulos Panagopoulos NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 430 7 H. H. NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 430 9 Astrom Astrom NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 430 11 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 430 13 Hagglund Hagglund NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 430 15 T. T. NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 430 17 Jan. January NNP work_6fsgua7v2bf3bhu2cimvomab7m 430 18 2002 2002 CD work_6fsgua7v2bf3bhu2cimvomab7m 430 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 431 1 Design design NN work_6fsgua7v2bf3bhu2cimvomab7m 431 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 431 3 pid pid NN work_6fsgua7v2bf3bhu2cimvomab7m 431 4 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 431 5 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 431 6 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 431 7 constrained constrained JJ work_6fsgua7v2bf3bhu2cimvomab7m 431 8 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 431 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 432 1 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 432 2 Theory Theory NNP work_6fsgua7v2bf3bhu2cimvomab7m 432 3 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 432 4 Ap- ap- CD work_6fsgua7v2bf3bhu2cimvomab7m 432 5 plications plication NNS work_6fsgua7v2bf3bhu2cimvomab7m 432 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 432 7 IEE IEE NNP work_6fsgua7v2bf3bhu2cimvomab7m 432 8 Proceedings Proceedings NNP work_6fsgua7v2bf3bhu2cimvomab7m 432 9 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 432 10 149 149 CD work_6fsgua7v2bf3bhu2cimvomab7m 432 11 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 432 12 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 432 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 432 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 432 15 32 32 CD work_6fsgua7v2bf3bhu2cimvomab7m 432 16 – – : work_6fsgua7v2bf3bhu2cimvomab7m 432 17 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 432 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 433 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 433 2 37 37 CD work_6fsgua7v2bf3bhu2cimvomab7m 433 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 433 4 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 433 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 433 6 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 433 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 433 8 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 433 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 433 10 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 433 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 434 1 Design design NN work_6fsgua7v2bf3bhu2cimvomab7m 434 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 434 3 coding coding NN work_6fsgua7v2bf3bhu2cimvomab7m 434 4 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 434 5 implementation implementation NN work_6fsgua7v2bf3bhu2cimvomab7m 434 6 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 434 7 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 434 8 mul- mul- NNP work_6fsgua7v2bf3bhu2cimvomab7m 434 9 tiobjective tiobjective NNP work_6fsgua7v2bf3bhu2cimvomab7m 434 10 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 434 11 algorithm algorithm NNP work_6fsgua7v2bf3bhu2cimvomab7m 434 12 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 434 13 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 434 14 differential differential JJ work_6fsgua7v2bf3bhu2cimvomab7m 434 15 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 434 16 with with IN work_6fsgua7v2bf3bhu2cimvomab7m 434 17 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 434 18 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 434 19 : : : work_6fsgua7v2bf3bhu2cimvomab7m 434 20 applications application NNS work_6fsgua7v2bf3bhu2cimvomab7m 434 21 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 434 22 system system NN work_6fsgua7v2bf3bhu2cimvomab7m 434 23 identification identification NN work_6fsgua7v2bf3bhu2cimvomab7m 434 24 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 434 25 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 434 26 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 434 27 . . . work_6fsgua7v2bf3bhu2cimvomab7m 435 1 Master Master NNP work_6fsgua7v2bf3bhu2cimvomab7m 435 2 ’s ’s POS work_6fsgua7v2bf3bhu2cimvomab7m 435 3 thesis thesis NN work_6fsgua7v2bf3bhu2cimvomab7m 435 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 435 5 Universidad Universidad NNP work_6fsgua7v2bf3bhu2cimvomab7m 435 6 Politécnica Politécnica NNP work_6fsgua7v2bf3bhu2cimvomab7m 435 7 de de FW work_6fsgua7v2bf3bhu2cimvomab7m 435 8 Valencia Valencia NNP work_6fsgua7v2bf3bhu2cimvomab7m 435 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 436 1 URL URL NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 2 http://personales.alumno.upv.es/gilreyme http://personales.alumno.upv.es/gilreyme NNS work_6fsgua7v2bf3bhu2cimvomab7m 436 3 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 436 4 38 38 CD work_6fsgua7v2bf3bhu2cimvomab7m 436 5 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 436 6 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 7 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 436 8 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 436 10 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 436 12 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 436 14 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 436 16 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 436 18 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 436 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 436 20 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 436 21 . . . work_6fsgua7v2bf3bhu2cimvomab7m 437 1 Diseño Diseño NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 2 multiobjetivo multiobjetivo NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 3 de de NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 4 controladores controladores NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 5 pid pid NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 6 para para NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 7 el el NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 8 benchmark benchmark NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 9 de de NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 10 control control NNP work_6fsgua7v2bf3bhu2cimvomab7m 437 11 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 437 12 - - SYM work_6fsgua7v2bf3bhu2cimvomab7m 437 13 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 437 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 438 1 Revista Revista NNP work_6fsgua7v2bf3bhu2cimvomab7m 438 2 Iberoamericana Iberoamericana NNP work_6fsgua7v2bf3bhu2cimvomab7m 438 3 de de IN work_6fsgua7v2bf3bhu2cimvomab7m 438 4 Automática Automática NNP work_6fsgua7v2bf3bhu2cimvomab7m 438 5 e e NNP work_6fsgua7v2bf3bhu2cimvomab7m 438 6 Informática Informática NNP work_6fsgua7v2bf3bhu2cimvomab7m 438 7 Industrial Industrial NNP work_6fsgua7v2bf3bhu2cimvomab7m 438 8 6 6 CD work_6fsgua7v2bf3bhu2cimvomab7m 438 9 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 438 10 4 4 CD work_6fsgua7v2bf3bhu2cimvomab7m 438 11 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 438 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 438 13 93 93 CD work_6fsgua7v2bf3bhu2cimvomab7m 438 14 – – : work_6fsgua7v2bf3bhu2cimvomab7m 438 15 103 103 CD work_6fsgua7v2bf3bhu2cimvomab7m 438 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 439 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 439 2 39 39 CD work_6fsgua7v2bf3bhu2cimvomab7m 439 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 439 4 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 439 6 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 8 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 10 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 12 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 14 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 16 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 18 Herrero Herrero NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 20 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 439 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 439 22 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 439 23 Submitted submit VBN work_6fsgua7v2bf3bhu2cimvomab7m 439 24 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 439 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 440 1 Spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 440 2 relations relation NNS work_6fsgua7v2bf3bhu2cimvomab7m 440 3 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 440 4 achieve achieve VB work_6fsgua7v2bf3bhu2cimvomab7m 440 5 diversity diversity NN work_6fsgua7v2bf3bhu2cimvomab7m 440 6 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 440 7 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 440 8 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 440 9 algorithms algorithm NNS work_6fsgua7v2bf3bhu2cimvomab7m 440 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 441 1 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 441 2 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 441 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 442 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 442 2 40 40 CD work_6fsgua7v2bf3bhu2cimvomab7m 442 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 442 4 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 442 6 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 8 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 10 Garćıa Garćıa NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 11 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 442 12 Nieto Nieto NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 14 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 16 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 18 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 20 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 22 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 442 24 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 442 25 Submit- Submit- NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 26 ted ted NNP work_6fsgua7v2bf3bhu2cimvomab7m 442 27 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 442 28 . . . work_6fsgua7v2bf3bhu2cimvomab7m 443 1 Controller Controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 443 2 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 443 3 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 443 4 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 443 5 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 443 6 algorithms algorithms NNP work_6fsgua7v2bf3bhu2cimvomab7m 443 7 : : : work_6fsgua7v2bf3bhu2cimvomab7m 443 8 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 443 9 global global JJ work_6fsgua7v2bf3bhu2cimvomab7m 443 10 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 443 11 framework framework NN work_6fsgua7v2bf3bhu2cimvomab7m 443 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 444 1 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 444 2 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 444 3 Practice Practice NNP work_6fsgua7v2bf3bhu2cimvomab7m 444 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 445 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 445 2 41 41 CD work_6fsgua7v2bf3bhu2cimvomab7m 445 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 445 4 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 445 6 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 445 8 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 445 10 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 445 12 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 445 14 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 445 16 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 445 18 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 445 19 November November NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 20 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 445 21 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 445 22 Decem- Decem- NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 23 ber ber NNP work_6fsgua7v2bf3bhu2cimvomab7m 445 24 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 445 25 . . . work_6fsgua7v2bf3bhu2cimvomab7m 446 1 Multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 446 2 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 446 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 446 4 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 446 5 digital digital JJ work_6fsgua7v2bf3bhu2cimvomab7m 446 6 controller controller NN work_6fsgua7v2bf3bhu2cimvomab7m 446 7 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 446 8 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 446 9 throttle throttle NNP work_6fsgua7v2bf3bhu2cimvomab7m 446 10 control control NNP work_6fsgua7v2bf3bhu2cimvomab7m 446 11 benchmark benchmark NNP work_6fsgua7v2bf3bhu2cimvomab7m 446 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 447 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 447 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 447 3 Proceedings proceeding NNS work_6fsgua7v2bf3bhu2cimvomab7m 447 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 447 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 447 6 IFAC IFAC NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 7 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 8 Workshop Workshop NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 9 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 447 10 Engine Engine NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 11 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 447 12 Powertrain Powertrain NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 13 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 447 15 Simulation Simulation NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 16 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 447 17 Modeling Modeling NNP work_6fsgua7v2bf3bhu2cimvomab7m 447 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 448 1 IFP IFP NNP work_6fsgua7v2bf3bhu2cimvomab7m 448 2 Rueil- Rueil- NNP work_6fsgua7v2bf3bhu2cimvomab7m 448 3 Malmaison Malmaison NNP work_6fsgua7v2bf3bhu2cimvomab7m 448 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 449 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 449 2 42 42 CD work_6fsgua7v2bf3bhu2cimvomab7m 449 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 449 4 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 449 6 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 8 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 10 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 12 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 14 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 16 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 18 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 20 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 449 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 449 22 2010 2010 CD work_6fsgua7v2bf3bhu2cimvomab7m 449 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 450 1 Mul- Mul- NNP work_6fsgua7v2bf3bhu2cimvomab7m 450 2 tiobjective tiobjective NN work_6fsgua7v2bf3bhu2cimvomab7m 450 3 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 450 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 450 5 continuous continuous JJ work_6fsgua7v2bf3bhu2cimvomab7m 450 6 controllers controller NNS work_6fsgua7v2bf3bhu2cimvomab7m 450 7 using use VBG work_6fsgua7v2bf3bhu2cimvomab7m 450 8 differential differential NN work_6fsgua7v2bf3bhu2cimvomab7m 450 9 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 450 10 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 450 11 spherical spherical JJ work_6fsgua7v2bf3bhu2cimvomab7m 450 12 pruning pruning NN work_6fsgua7v2bf3bhu2cimvomab7m 450 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 451 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 451 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 451 3 Chio Chio NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 5 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 6 D. D. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 8 Cagnoni Cagnoni NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 10 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 12 Cotta Cotta NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 14 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 16 Eber Eber NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 18 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 20 Ekárt ekárt UH work_6fsgua7v2bf3bhu2cimvomab7m 451 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 22 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 23 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 24 I.Esparcia I.Esparcia NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 25 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 451 26 Alcaráz Alcaráz NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 27 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 28 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 451 29 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 30 Goh Goh NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 31 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 32 C.-K. C.-K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 33 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 34 J.Merelo J.Merelo NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 35 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 36 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 37 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 38 Neri Neri NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 39 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 40 F. F. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 41 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 42 Preuss Preuss NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 43 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 44 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 45 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 46 Togelius Togelius NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 47 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 48 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 49 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 50 N.Yannakakis N.Yannakakis NNP work_6fsgua7v2bf3bhu2cimvomab7m 451 51 , , , work_6fsgua7v2bf3bhu2cimvomab7m 451 52 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 452 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 452 2 Eds Eds NNP work_6fsgua7v2bf3bhu2cimvomab7m 452 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 453 1 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 453 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 453 3 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 453 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 453 5 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 453 6 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 453 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 453 8 Part Part NNP work_6fsgua7v2bf3bhu2cimvomab7m 453 9 I. I. NNP work_6fsgua7v2bf3bhu2cimvomab7m 453 10 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 453 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 454 1 LNCS LNCS NNP work_6fsgua7v2bf3bhu2cimvomab7m 454 2 6024 6024 CD work_6fsgua7v2bf3bhu2cimvomab7m 454 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 455 1 Springer Springer NNP work_6fsgua7v2bf3bhu2cimvomab7m 455 2 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 455 3 Verlag Verlag NNP work_6fsgua7v2bf3bhu2cimvomab7m 455 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 455 5 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 455 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 456 1 532 532 CD work_6fsgua7v2bf3bhu2cimvomab7m 456 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 456 3 541 541 CD work_6fsgua7v2bf3bhu2cimvomab7m 456 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 457 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 457 2 43 43 CD work_6fsgua7v2bf3bhu2cimvomab7m 457 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 457 4 Ruzika1 Ruzika1 NNP work_6fsgua7v2bf3bhu2cimvomab7m 457 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 457 6 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 457 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 457 8 Wiecek Wiecek NNP work_6fsgua7v2bf3bhu2cimvomab7m 457 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 457 10 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 457 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 457 12 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 457 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 458 1 Successive successive JJ work_6fsgua7v2bf3bhu2cimvomab7m 458 2 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 458 3 to to TO work_6fsgua7v2bf3bhu2cimvomab7m 458 4 compute compute VB work_6fsgua7v2bf3bhu2cimvomab7m 458 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 458 6 bounded bound VBN work_6fsgua7v2bf3bhu2cimvomab7m 458 7 Pareto Pareto NNP work_6fsgua7v2bf3bhu2cimvomab7m 458 8 front front NN work_6fsgua7v2bf3bhu2cimvomab7m 458 9 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 458 10 practical practical JJ work_6fsgua7v2bf3bhu2cimvomab7m 458 11 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 458 12 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 458 13 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 458 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 459 1 SIAM SIAM NNP work_6fsgua7v2bf3bhu2cimvomab7m 459 2 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 459 3 Optim Optim NNP work_6fsgua7v2bf3bhu2cimvomab7m 459 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 460 1 20 20 CD work_6fsgua7v2bf3bhu2cimvomab7m 460 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 460 3 915 915 CD work_6fsgua7v2bf3bhu2cimvomab7m 460 4 – – : work_6fsgua7v2bf3bhu2cimvomab7m 460 5 934 934 CD work_6fsgua7v2bf3bhu2cimvomab7m 460 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 461 1 29 29 CD work_6fsgua7v2bf3bhu2cimvomab7m 461 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 461 3 44 44 CD work_6fsgua7v2bf3bhu2cimvomab7m 461 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 461 5 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 7 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 9 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 11 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 13 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 15 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 17 Salcedo Salcedo NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 19 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 20 V. V. NNP work_6fsgua7v2bf3bhu2cimvomab7m 461 21 , , , work_6fsgua7v2bf3bhu2cimvomab7m 461 22 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 461 23 . . . work_6fsgua7v2bf3bhu2cimvomab7m 462 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 462 2 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 462 3 per- per- NN work_6fsgua7v2bf3bhu2cimvomab7m 462 4 spective spective JJ work_6fsgua7v2bf3bhu2cimvomab7m 462 5 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 462 6 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 462 7 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 462 8 by by IN work_6fsgua7v2bf3bhu2cimvomab7m 462 9 enhanced enhanced JJ work_6fsgua7v2bf3bhu2cimvomab7m 462 10 normalized normalized JJ work_6fsgua7v2bf3bhu2cimvomab7m 462 11 normal normal JJ work_6fsgua7v2bf3bhu2cimvomab7m 462 12 constraint constraint NN work_6fsgua7v2bf3bhu2cimvomab7m 462 13 method method NN work_6fsgua7v2bf3bhu2cimvomab7m 462 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 463 1 Structural Structural NNP work_6fsgua7v2bf3bhu2cimvomab7m 463 2 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 463 3 Multidisciplinary Multidisciplinary NNP work_6fsgua7v2bf3bhu2cimvomab7m 463 4 Optimisation Optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 463 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 463 6 36 36 CD work_6fsgua7v2bf3bhu2cimvomab7m 463 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 463 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 463 9 537 537 CD work_6fsgua7v2bf3bhu2cimvomab7m 463 10 – – : work_6fsgua7v2bf3bhu2cimvomab7m 463 11 546 546 CD work_6fsgua7v2bf3bhu2cimvomab7m 463 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 464 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 464 2 45 45 CD work_6fsgua7v2bf3bhu2cimvomab7m 464 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 464 4 Sanchis Sanchis NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 6 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 8 Mart́ınez Mart́ınez NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 10 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 11 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 13 Blasco Blasco NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 15 X. X. NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 17 Reynoso Reynoso NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 18 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 464 19 Meza Meza NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 21 G. G. NNP work_6fsgua7v2bf3bhu2cimvomab7m 464 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 464 23 2010 2010 CD work_6fsgua7v2bf3bhu2cimvomab7m 464 24 . . . work_6fsgua7v2bf3bhu2cimvomab7m 465 1 Modelling modelling NN work_6fsgua7v2bf3bhu2cimvomab7m 465 2 preferences preference NNS work_6fsgua7v2bf3bhu2cimvomab7m 465 3 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 465 4 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 465 5 engineering engineering NN work_6fsgua7v2bf3bhu2cimvomab7m 465 6 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 465 7 . . . work_6fsgua7v2bf3bhu2cimvomab7m 466 1 En- en- CD work_6fsgua7v2bf3bhu2cimvomab7m 466 2 gineering gineere VBG work_6fsgua7v2bf3bhu2cimvomab7m 466 3 Applications Applications NNPS work_6fsgua7v2bf3bhu2cimvomab7m 466 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 466 5 Artificial Artificial NNP work_6fsgua7v2bf3bhu2cimvomab7m 466 6 Intelligence Intelligence NNP work_6fsgua7v2bf3bhu2cimvomab7m 466 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 466 8 Article Article NNP work_6fsgua7v2bf3bhu2cimvomab7m 466 9 in in IN work_6fsgua7v2bf3bhu2cimvomab7m 466 10 press press NN work_6fsgua7v2bf3bhu2cimvomab7m 466 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 467 1 doi:10.1016 doi:10.1016 NNP work_6fsgua7v2bf3bhu2cimvomab7m 467 2 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 467 3 j.engappai.2010.07.005 j.engappai.2010.07.005 NNP work_6fsgua7v2bf3bhu2cimvomab7m 467 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 468 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 468 2 46 46 CD work_6fsgua7v2bf3bhu2cimvomab7m 468 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 468 4 Santana Santana NNP work_6fsgua7v2bf3bhu2cimvomab7m 468 5 - - HYPH work_6fsgua7v2bf3bhu2cimvomab7m 468 6 Quintero Quintero NNP work_6fsgua7v2bf3bhu2cimvomab7m 468 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 468 8 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 468 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 468 10 Coello Coello NNP work_6fsgua7v2bf3bhu2cimvomab7m 468 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 468 12 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 468 13 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 468 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 468 15 2003 2003 CD work_6fsgua7v2bf3bhu2cimvomab7m 468 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 469 1 An an DT work_6fsgua7v2bf3bhu2cimvomab7m 469 2 algorithm algorithm NN work_6fsgua7v2bf3bhu2cimvomab7m 469 3 based base VBN work_6fsgua7v2bf3bhu2cimvomab7m 469 4 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 469 5 difer- difer- NN work_6fsgua7v2bf3bhu2cimvomab7m 469 6 ential ential JJ work_6fsgua7v2bf3bhu2cimvomab7m 469 7 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 469 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 469 9 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 469 10 problems problem NNS work_6fsgua7v2bf3bhu2cimvomab7m 469 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 470 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 470 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 470 3 Dagli Dagli NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 5 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 7 Buczak Buczak NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 9 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 470 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 11 Enke Enke NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 13 D. D. NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 15 Embrechts Embrechts NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 17 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 18 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 19 editors editor NNS work_6fsgua7v2bf3bhu2cimvomab7m 470 20 , , , work_6fsgua7v2bf3bhu2cimvomab7m 470 21 O. O. NNP work_6fsgua7v2bf3bhu2cimvomab7m 470 22 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 471 1 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 471 2 Eds Eds NNP work_6fsgua7v2bf3bhu2cimvomab7m 471 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 472 1 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 472 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 472 3 Smart smart JJ work_6fsgua7v2bf3bhu2cimvomab7m 472 4 systems system NNS work_6fsgua7v2bf3bhu2cimvomab7m 472 5 engineer- engineer- VBP work_6fsgua7v2bf3bhu2cimvomab7m 472 6 ing ing NN work_6fsgua7v2bf3bhu2cimvomab7m 472 7 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 472 8 : : : work_6fsgua7v2bf3bhu2cimvomab7m 472 9 neural neural NNP work_6fsgua7v2bf3bhu2cimvomab7m 472 10 networks network NNS work_6fsgua7v2bf3bhu2cimvomab7m 472 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 472 12 evolutionary evolutionary JJ work_6fsgua7v2bf3bhu2cimvomab7m 472 13 programming programming NN work_6fsgua7v2bf3bhu2cimvomab7m 472 14 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 472 15 artificial artificial JJ work_6fsgua7v2bf3bhu2cimvomab7m 472 16 Life Life NNP work_6fsgua7v2bf3bhu2cimvomab7m 472 17 . . . work_6fsgua7v2bf3bhu2cimvomab7m 473 1 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 473 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 474 1 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 474 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 474 3 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 474 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 475 1 221 221 CD work_6fsgua7v2bf3bhu2cimvomab7m 475 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 475 3 220 220 CD work_6fsgua7v2bf3bhu2cimvomab7m 475 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 476 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 476 2 47 47 CD work_6fsgua7v2bf3bhu2cimvomab7m 476 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 476 4 Song Song NNP work_6fsgua7v2bf3bhu2cimvomab7m 476 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 476 6 Z. Z. NNP work_6fsgua7v2bf3bhu2cimvomab7m 476 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 476 8 Kusiak Kusiak NNP work_6fsgua7v2bf3bhu2cimvomab7m 476 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 476 10 A. A. NNP work_6fsgua7v2bf3bhu2cimvomab7m 476 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 476 12 Feb. February NNP work_6fsgua7v2bf3bhu2cimvomab7m 476 13 2009 2009 CD work_6fsgua7v2bf3bhu2cimvomab7m 476 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 477 1 Optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 477 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 477 3 temporal temporal JJ work_6fsgua7v2bf3bhu2cimvomab7m 477 4 processes process NNS work_6fsgua7v2bf3bhu2cimvomab7m 477 5 : : : work_6fsgua7v2bf3bhu2cimvomab7m 477 6 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 477 7 model model JJ work_6fsgua7v2bf3bhu2cimvomab7m 477 8 predictive predictive JJ work_6fsgua7v2bf3bhu2cimvomab7m 477 9 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 477 10 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 477 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 478 1 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 478 2 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 478 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 478 4 IEEE IEEE NNP work_6fsgua7v2bf3bhu2cimvomab7m 478 5 Transactions transaction NNS work_6fsgua7v2bf3bhu2cimvomab7m 478 6 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 478 7 13 13 CD work_6fsgua7v2bf3bhu2cimvomab7m 478 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 478 9 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 478 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 478 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 478 12 169 169 CD work_6fsgua7v2bf3bhu2cimvomab7m 478 13 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 478 14 179 179 CD work_6fsgua7v2bf3bhu2cimvomab7m 478 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 479 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 479 2 48 48 CD work_6fsgua7v2bf3bhu2cimvomab7m 479 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 479 4 Storn Storn NNP work_6fsgua7v2bf3bhu2cimvomab7m 479 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 479 6 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 479 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 479 8 2008 2008 CD work_6fsgua7v2bf3bhu2cimvomab7m 479 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 480 1 Sci Sci NNP work_6fsgua7v2bf3bhu2cimvomab7m 480 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 480 3 Differential differential NN work_6fsgua7v2bf3bhu2cimvomab7m 480 4 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 480 5 research research NN work_6fsgua7v2bf3bhu2cimvomab7m 480 6 : : : work_6fsgua7v2bf3bhu2cimvomab7m 480 7 Trends trend NNS work_6fsgua7v2bf3bhu2cimvomab7m 480 8 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 480 9 open open JJ work_6fsgua7v2bf3bhu2cimvomab7m 480 10 questions question NNS work_6fsgua7v2bf3bhu2cimvomab7m 480 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 481 1 Vol Vol NNP work_6fsgua7v2bf3bhu2cimvomab7m 481 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 482 1 LNCS LNCS NNP work_6fsgua7v2bf3bhu2cimvomab7m 482 2 143 143 CD work_6fsgua7v2bf3bhu2cimvomab7m 482 3 . . . work_6fsgua7v2bf3bhu2cimvomab7m 483 1 Springer Springer NNP work_6fsgua7v2bf3bhu2cimvomab7m 483 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 483 3 Heidelberg Heidelberg NNP work_6fsgua7v2bf3bhu2cimvomab7m 483 4 , , , work_6fsgua7v2bf3bhu2cimvomab7m 483 5 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 483 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 484 1 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 484 2 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 484 3 31 31 CD work_6fsgua7v2bf3bhu2cimvomab7m 484 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 485 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 485 2 49 49 CD work_6fsgua7v2bf3bhu2cimvomab7m 485 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 485 4 Storn Storn NNP work_6fsgua7v2bf3bhu2cimvomab7m 485 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 485 6 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 485 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 485 8 Price Price NNP work_6fsgua7v2bf3bhu2cimvomab7m 485 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 485 10 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 485 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 485 12 1997 1997 CD work_6fsgua7v2bf3bhu2cimvomab7m 485 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 486 1 Differential differential JJ work_6fsgua7v2bf3bhu2cimvomab7m 486 2 evolution evolution NN work_6fsgua7v2bf3bhu2cimvomab7m 486 3 : : : work_6fsgua7v2bf3bhu2cimvomab7m 486 4 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 486 5 simple simple JJ work_6fsgua7v2bf3bhu2cimvomab7m 486 6 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 486 7 effi- effi- JJ work_6fsgua7v2bf3bhu2cimvomab7m 486 8 cient cient NNP work_6fsgua7v2bf3bhu2cimvomab7m 486 9 heuristic heuristic JJ work_6fsgua7v2bf3bhu2cimvomab7m 486 10 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 486 11 global global JJ work_6fsgua7v2bf3bhu2cimvomab7m 486 12 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 486 13 over over IN work_6fsgua7v2bf3bhu2cimvomab7m 486 14 continuous continuous JJ work_6fsgua7v2bf3bhu2cimvomab7m 486 15 spaces space NNS work_6fsgua7v2bf3bhu2cimvomab7m 486 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 487 1 Journal Journal NNP work_6fsgua7v2bf3bhu2cimvomab7m 487 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 487 3 Global Global NNP work_6fsgua7v2bf3bhu2cimvomab7m 487 4 Optimisation Optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 487 5 11 11 CD work_6fsgua7v2bf3bhu2cimvomab7m 487 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 487 7 341 341 CD work_6fsgua7v2bf3bhu2cimvomab7m 487 8 – – : work_6fsgua7v2bf3bhu2cimvomab7m 487 9 359 359 CD work_6fsgua7v2bf3bhu2cimvomab7m 487 10 . . . work_6fsgua7v2bf3bhu2cimvomab7m 488 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 488 2 50 50 CD work_6fsgua7v2bf3bhu2cimvomab7m 488 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 488 4 Tavakoli Tavakoli NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 488 6 S. S. NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 488 8 Griffin Griffin NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 488 10 I. I. NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 488 12 Fleming Fleming NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 488 14 P. P. NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 15 J. J. NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 488 17 September September NNP work_6fsgua7v2bf3bhu2cimvomab7m 488 18 2007 2007 CD work_6fsgua7v2bf3bhu2cimvomab7m 488 19 . . . work_6fsgua7v2bf3bhu2cimvomab7m 489 1 Multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 489 2 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 489 3 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 489 4 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 489 5 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 489 6 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 489 7 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 489 8 pi pi NN work_6fsgua7v2bf3bhu2cimvomab7m 489 9 tuning tuning NN work_6fsgua7v2bf3bhu2cimvomab7m 489 10 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 489 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 490 1 In in IN work_6fsgua7v2bf3bhu2cimvomab7m 490 2 : : : work_6fsgua7v2bf3bhu2cimvomab7m 490 3 Proceedings proceeding NNS work_6fsgua7v2bf3bhu2cimvomab7m 490 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 490 5 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 490 6 IEEE IEEE NNP work_6fsgua7v2bf3bhu2cimvomab7m 490 7 Congress Congress NNP work_6fsgua7v2bf3bhu2cimvomab7m 490 8 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 490 9 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 490 10 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 490 11 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 490 12 CEC2007 CEC2007 NNP work_6fsgua7v2bf3bhu2cimvomab7m 490 13 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 490 14 . . . work_6fsgua7v2bf3bhu2cimvomab7m 491 1 pp pp NNP work_6fsgua7v2bf3bhu2cimvomab7m 491 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 492 1 3165 3165 CD work_6fsgua7v2bf3bhu2cimvomab7m 492 2 – – : work_6fsgua7v2bf3bhu2cimvomab7m 492 3 3171 3171 CD work_6fsgua7v2bf3bhu2cimvomab7m 492 4 . . . work_6fsgua7v2bf3bhu2cimvomab7m 493 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 493 2 51 51 CD work_6fsgua7v2bf3bhu2cimvomab7m 493 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 493 4 Toscano Toscano NNP work_6fsgua7v2bf3bhu2cimvomab7m 493 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 493 6 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 493 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 493 8 2005 2005 CD work_6fsgua7v2bf3bhu2cimvomab7m 493 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 494 1 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 494 2 simple simple JJ work_6fsgua7v2bf3bhu2cimvomab7m 494 3 robust robust JJ work_6fsgua7v2bf3bhu2cimvomab7m 494 4 pi pi NN work_6fsgua7v2bf3bhu2cimvomab7m 494 5 / / SYM work_6fsgua7v2bf3bhu2cimvomab7m 494 6 pid pid NNP work_6fsgua7v2bf3bhu2cimvomab7m 494 7 controller controller NNP work_6fsgua7v2bf3bhu2cimvomab7m 494 8 design design NN work_6fsgua7v2bf3bhu2cimvomab7m 494 9 via via IN work_6fsgua7v2bf3bhu2cimvomab7m 494 10 numerical numerical NNP work_6fsgua7v2bf3bhu2cimvomab7m 494 11 optimisation optimisation NNP work_6fsgua7v2bf3bhu2cimvomab7m 494 12 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 494 13 . . . work_6fsgua7v2bf3bhu2cimvomab7m 495 1 Journal Journal NNP work_6fsgua7v2bf3bhu2cimvomab7m 495 2 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 495 3 Process Process NNP work_6fsgua7v2bf3bhu2cimvomab7m 495 4 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 495 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 495 6 15 15 CD work_6fsgua7v2bf3bhu2cimvomab7m 495 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 495 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 495 9 81 81 CD work_6fsgua7v2bf3bhu2cimvomab7m 495 10 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 495 11 88 88 CD work_6fsgua7v2bf3bhu2cimvomab7m 495 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 496 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 496 2 52 52 CD work_6fsgua7v2bf3bhu2cimvomab7m 496 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 496 4 Wood Wood NNP work_6fsgua7v2bf3bhu2cimvomab7m 496 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 496 6 R. R. NNP work_6fsgua7v2bf3bhu2cimvomab7m 496 7 K. K. NNP work_6fsgua7v2bf3bhu2cimvomab7m 496 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 496 9 Berry Berry NNP work_6fsgua7v2bf3bhu2cimvomab7m 496 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 496 11 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 496 12 W. W. NNP work_6fsgua7v2bf3bhu2cimvomab7m 496 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 496 14 1973 1973 CD work_6fsgua7v2bf3bhu2cimvomab7m 496 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 497 1 Terminal terminal JJ work_6fsgua7v2bf3bhu2cimvomab7m 497 2 composition composition NN work_6fsgua7v2bf3bhu2cimvomab7m 497 3 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 497 4 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 497 5 a a DT work_6fsgua7v2bf3bhu2cimvomab7m 497 6 binary binary JJ work_6fsgua7v2bf3bhu2cimvomab7m 497 7 distillation distillation NN work_6fsgua7v2bf3bhu2cimvomab7m 497 8 column column NN work_6fsgua7v2bf3bhu2cimvomab7m 497 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 498 1 Chemical Chemical NNP work_6fsgua7v2bf3bhu2cimvomab7m 498 2 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 498 3 Science Science NNP work_6fsgua7v2bf3bhu2cimvomab7m 498 4 28 28 CD work_6fsgua7v2bf3bhu2cimvomab7m 498 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 498 6 9 9 CD work_6fsgua7v2bf3bhu2cimvomab7m 498 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 498 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 498 9 1707 1707 CD work_6fsgua7v2bf3bhu2cimvomab7m 498 10 – – : work_6fsgua7v2bf3bhu2cimvomab7m 498 11 1717 1717 CD work_6fsgua7v2bf3bhu2cimvomab7m 498 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 499 1 30 30 CD work_6fsgua7v2bf3bhu2cimvomab7m 499 2 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 499 3 53 53 CD work_6fsgua7v2bf3bhu2cimvomab7m 499 4 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 499 5 Xue Xue NNP work_6fsgua7v2bf3bhu2cimvomab7m 499 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 499 7 Y. Y. NNP work_6fsgua7v2bf3bhu2cimvomab7m 499 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 499 9 Li Li NNP work_6fsgua7v2bf3bhu2cimvomab7m 499 10 , , , work_6fsgua7v2bf3bhu2cimvomab7m 499 11 D. D. NNP work_6fsgua7v2bf3bhu2cimvomab7m 499 12 , , , work_6fsgua7v2bf3bhu2cimvomab7m 499 13 Gao Gao NNP work_6fsgua7v2bf3bhu2cimvomab7m 499 14 , , , work_6fsgua7v2bf3bhu2cimvomab7m 499 15 F. F. NNP work_6fsgua7v2bf3bhu2cimvomab7m 499 16 , , , work_6fsgua7v2bf3bhu2cimvomab7m 499 17 2010 2010 CD work_6fsgua7v2bf3bhu2cimvomab7m 499 18 . . . work_6fsgua7v2bf3bhu2cimvomab7m 500 1 Multi multi JJ work_6fsgua7v2bf3bhu2cimvomab7m 500 2 - - JJ work_6fsgua7v2bf3bhu2cimvomab7m 500 3 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 500 4 optimisation optimisation NN work_6fsgua7v2bf3bhu2cimvomab7m 500 5 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 500 6 selec- selec- NN work_6fsgua7v2bf3bhu2cimvomab7m 500 7 tion tion NN work_6fsgua7v2bf3bhu2cimvomab7m 500 8 for for IN work_6fsgua7v2bf3bhu2cimvomab7m 500 9 the the DT work_6fsgua7v2bf3bhu2cimvomab7m 500 10 pi pi NN work_6fsgua7v2bf3bhu2cimvomab7m 500 11 control control NN work_6fsgua7v2bf3bhu2cimvomab7m 500 12 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 500 13 alstom alstom NN work_6fsgua7v2bf3bhu2cimvomab7m 500 14 gasifier gasifi JJR work_6fsgua7v2bf3bhu2cimvomab7m 500 15 problem problem NN work_6fsgua7v2bf3bhu2cimvomab7m 500 16 . . . work_6fsgua7v2bf3bhu2cimvomab7m 501 1 Control Control NNP work_6fsgua7v2bf3bhu2cimvomab7m 501 2 Engineering Engineering NNP work_6fsgua7v2bf3bhu2cimvomab7m 501 3 Practice Practice NNP work_6fsgua7v2bf3bhu2cimvomab7m 501 4 18 18 CD work_6fsgua7v2bf3bhu2cimvomab7m 501 5 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 501 6 1 1 CD work_6fsgua7v2bf3bhu2cimvomab7m 501 7 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 501 8 , , , work_6fsgua7v2bf3bhu2cimvomab7m 501 9 67 67 CD work_6fsgua7v2bf3bhu2cimvomab7m 501 10 – – SYM work_6fsgua7v2bf3bhu2cimvomab7m 501 11 76 76 CD work_6fsgua7v2bf3bhu2cimvomab7m 501 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 502 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 502 2 54 54 CD work_6fsgua7v2bf3bhu2cimvomab7m 502 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 502 4 Zitzler Zitzler NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 6 E. E. NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 8 Thiele Thiele NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 9 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 10 L. L. NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 12 Laumanns Laumanns NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 13 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 14 M. M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 15 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 16 Fonseca Fonseca NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 17 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 18 C. C. NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 19 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 20 da da NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 21 Fonseca Fonseca NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 22 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 23 V. V. NNP work_6fsgua7v2bf3bhu2cimvomab7m 502 24 , , , work_6fsgua7v2bf3bhu2cimvomab7m 502 25 2003 2003 CD work_6fsgua7v2bf3bhu2cimvomab7m 502 26 . . . work_6fsgua7v2bf3bhu2cimvomab7m 503 1 Performance performance NN work_6fsgua7v2bf3bhu2cimvomab7m 503 2 assessment assessment NN work_6fsgua7v2bf3bhu2cimvomab7m 503 3 of of IN work_6fsgua7v2bf3bhu2cimvomab7m 503 4 multiobjective multiobjective JJ work_6fsgua7v2bf3bhu2cimvomab7m 503 5 optimizers optimizer NNS work_6fsgua7v2bf3bhu2cimvomab7m 503 6 : : : work_6fsgua7v2bf3bhu2cimvomab7m 503 7 an an DT work_6fsgua7v2bf3bhu2cimvomab7m 503 8 analysis analysis NN work_6fsgua7v2bf3bhu2cimvomab7m 503 9 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 503 10 review review NN work_6fsgua7v2bf3bhu2cimvomab7m 503 11 . . . work_6fsgua7v2bf3bhu2cimvomab7m 504 1 Evolutionary Evolutionary NNP work_6fsgua7v2bf3bhu2cimvomab7m 504 2 Computation Computation NNP work_6fsgua7v2bf3bhu2cimvomab7m 504 3 , , , work_6fsgua7v2bf3bhu2cimvomab7m 504 4 IEEE IEEE NNP work_6fsgua7v2bf3bhu2cimvomab7m 504 5 Transactions Transactions NNPS work_6fsgua7v2bf3bhu2cimvomab7m 504 6 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 504 7 7 7 CD work_6fsgua7v2bf3bhu2cimvomab7m 504 8 ( ( -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 504 9 2 2 CD work_6fsgua7v2bf3bhu2cimvomab7m 504 10 ) ) -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 504 11 , , , work_6fsgua7v2bf3bhu2cimvomab7m 504 12 117 117 CD work_6fsgua7v2bf3bhu2cimvomab7m 504 13 – – : work_6fsgua7v2bf3bhu2cimvomab7m 504 14 132 132 CD work_6fsgua7v2bf3bhu2cimvomab7m 504 15 . . . work_6fsgua7v2bf3bhu2cimvomab7m 505 1 [ [ -LRB- work_6fsgua7v2bf3bhu2cimvomab7m 505 2 55 55 CD work_6fsgua7v2bf3bhu2cimvomab7m 505 3 ] ] -RRB- work_6fsgua7v2bf3bhu2cimvomab7m 505 4 A. a. NN work_6fsgua7v2bf3bhu2cimvomab7m 505 5 Messac Messac NNP work_6fsgua7v2bf3bhu2cimvomab7m 505 6 , , , work_6fsgua7v2bf3bhu2cimvomab7m 505 7 S.M. S.M. NNP work_6fsgua7v2bf3bhu2cimvomab7m 506 1 Gupta Gupta NNP work_6fsgua7v2bf3bhu2cimvomab7m 506 2 , , , work_6fsgua7v2bf3bhu2cimvomab7m 506 3 and and CC work_6fsgua7v2bf3bhu2cimvomab7m 506 4 B. B. NNP work_6fsgua7v2bf3bhu2cimvomab7m 506 5 Akbulut Akbulut NNP work_6fsgua7v2bf3bhu2cimvomab7m 506 6 . . . work_6fsgua7v2bf3bhu2cimvomab7m 507 1 Linear linear JJ work_6fsgua7v2bf3bhu2cimvomab7m 507 2 physical physical JJ work_6fsgua7v2bf3bhu2cimvomab7m 507 3 programming programming NN work_6fsgua7v2bf3bhu2cimvomab7m 507 4 : : : work_6fsgua7v2bf3bhu2cimvomab7m 507 5 A a DT work_6fsgua7v2bf3bhu2cimvomab7m 507 6 new new JJ work_6fsgua7v2bf3bhu2cimvomab7m 507 7 approach approach NN work_6fsgua7v2bf3bhu2cimvomab7m 507 8 to to IN work_6fsgua7v2bf3bhu2cimvomab7m 507 9 multiple multiple JJ work_6fsgua7v2bf3bhu2cimvomab7m 507 10 objective objective JJ work_6fsgua7v2bf3bhu2cimvomab7m 507 11 optimization optimization NN work_6fsgua7v2bf3bhu2cimvomab7m 507 12 . . . work_6fsgua7v2bf3bhu2cimvomab7m 508 1 Trans tran NNS work_6fsgua7v2bf3bhu2cimvomab7m 508 2 . . . work_6fsgua7v2bf3bhu2cimvomab7m 509 1 on on IN work_6fsgua7v2bf3bhu2cimvomab7m 509 2 Opera- Opera- NNP work_6fsgua7v2bf3bhu2cimvomab7m 509 3 tional tional JJ work_6fsgua7v2bf3bhu2cimvomab7m 509 4 Research Research NNP work_6fsgua7v2bf3bhu2cimvomab7m 509 5 , , , work_6fsgua7v2bf3bhu2cimvomab7m 509 6 8:39–49 8:39–49 CD work_6fsgua7v2bf3bhu2cimvomab7m 509 7 , , , work_6fsgua7v2bf3bhu2cimvomab7m 509 8 1996 1996 CD work_6fsgua7v2bf3bhu2cimvomab7m 509 9 . . . work_6fsgua7v2bf3bhu2cimvomab7m 510 1 31 31 CD