noun/verb

This is a table of noun/verb combinations and their frequencies from sentences in your study carrel. Use it to search & browse the list to learn more about your study carrel.

noun	verb	frequency
it	is	3994
model	is	1440
we	have	1306
models	are	817
our	model	702
they	are	695
we	use	627
it	was	536
it	has	445
model	was	437
we	used	428
we	are	401
models	have	392
we	consider	334
epidemic	model	328
model	has	327
models	were	286
results	are	284
we	present	271
data	are	264
epidemic	models	264
they	have	256
we	propose	254
parameters	are	253
approach	is	252
population	is	241
studies	have	226
models	is	225
we	show	219
we	found	211
model	are	203
system	is	202
individuals	are	196
rate	is	194
study	was	185
results	show	178
we	do	177
disease	is	170
data	were	158
t	is	156
method	is	151
prediction	model	150
model	based	149
we	find	149
we	obtain	147
prediction	models	145
infection	is	142
it	does	139
we	see	137
cells	were	134
model	using	132
study	is	129
methods	are	128
values	are	128
our	proposed	122
value	is	117
they	were	116
virus	is	116
models	using	115
network	models	115
cases	are	111
parameter	estimates	111
results	obtained	111
network	model	106
we	were	105
cells	are	105
time	is	104
data	is	101
models	based	101
analysis	is	99
number	is	99
we	compare	97
we	provide	97
they	do	96
we	take	95
network	is	94
epidemic	is	93
result	is	93
we	describe	92
results	were	90
individual	is	86
models	used	85
effect	is	84
disease	model	83
we	developed	82
data	was	81
our	models	81
cases	is	79
disease	models	78
we	apply	78
data	used	76
methods	have	75
method	was	74
individuals	is	73
model	used	73
systems	are	72
studies	are	71
model	does	69
model	were	69
analysis	was	65
rates	are	65
we	did	65
we	compared	64
approaches	are	64
approach	was	63
it	follows	63
case	is	62
results	showed	62
we	obtained	62
virus	was	61
parameters	were	60
networks	are	60
data	using	57
prediction	is	57
infection	model	57
it	takes	56
parameter	is	56
effects	are	55
we	considered	55
infections	are	54
values	were	52
predictions	are	52
it	's	52
approaches	have	51
i	is	51
their	model	51
we	estimate	51
approach	has	50
we	develop	49
system	has	48
they	used	48
it	allows	48
models	do	48
analysis	using	47
model	uses	47
cells	is	46
individual	has	46
it	provides	46
model	predicts	46
rate	was	45
study	are	45
we	model	45
cases	were	44
cells	was	44
individuals	have	44
them	are	44
model	provides	43
diseases	are	43
disease	has	42
their	use	42
we	make	42
approach	based	42
model	had	41
parameters	is	41
i	am	40
methods	is	40
they	found	40
we	applied	40
models	was	39
studies	were	39
disease	was	38
effects	were	38
prediction	using	38
data	obtained	38
analyses	were	38
effect	was	37
infections	is	37
predictions	were	37
system	are	37
virus	has	37
we	estimated	37
model	allows	36
study	has	36
methods	used	36
infection	was	36
it	shows	35
models	developed	35
models	provide	35
systems	have	35
results	have	34
they	provide	34
us	consider	34
numbers	are	34
methods	were	34
model	presented	34
diseases	is	33
model	proposed	33
models	has	33
parameters	used	33
results	presented	33
we	had	33
individuals	infected	32
method	has	32
networks	is	32
system	was	32
they	had	32
model	described	31
population	are	31
model	shows	31
analyses	are	31
%	were	31
we	follow	30
we	showed	30
we	give	30
we	proposed	30
system	models	30
method	used	30
.	used	30
%	increase	30
itself	is	29
model	given	29
population	has	29
studies	using	29
they	use	29
t	are	28
predictions	made	28
studied	using	28
its	use	28
it	uses	28
data	show	28
their	models	27
value	was	27
analysis	are	27
models	predict	27
data	have	27
cases	have	26
epidemics	using	26
infection	are	26
it	makes	26
model	developed	26
model	predicted	26
models	use	26
t	model	26
they	allow	26
we	presented	26
we	took	26
diseases	have	25
studies	show	25
methods	based	25
model	includes	25
cells	have	25
approach	using	25
analysis	showed	25
cell	is	24
network	has	24
parameters	have	24
resulting	model	24
results	using	24
we	include	24
it	had	23
viruses	are	23
model	describes	23
infection	has	23
infection	models	23
disease	are	23
population	was	22
we	made	22
time	taken	22
time	are	22
study	were	22
model	showed	22
networks	have	22
models	include	22
method	using	22
models	including	22
population	model	21
we	included	21
them	were	21
study	using	21
studies	showed	21
results	is	21
system	model	21
parameters	using	21
modeled	using	21
methods	using	21
epidemic	has	21
data	provided	21
models	allow	21
it	represents	20
virus	are	20
model	takes	20
model	have	20
model	estimates	20
diseases	using	20
i	have	20
data	has	20
cells	showed	20
cases	was	20
time	was	19
study	showed	19
network	are	19
values	obtained	19
values	used	19
network	based	19
approaches	based	19
models	had	19
i	was	19
%	was	19
analysis	shows	19
method	based	19
rates	were	18
values	is	18
studies	is	18
result	was	18
rate	has	18
rate	are	18
it	includes	18
i	are	18
diseases	has	18
disease	using	18
models	proposed	17
they	did	17
she	is	17
populations	are	17
models	showed	17
cell	model	17
models	applied	17
model	represents	17
model	including	17
model	considers	17
case	was	17
models	described	16
times	are	16
them	is	16
systems	is	16
results	provide	16
prediction	based	16
population	based	16
model	describing	16
models	being	16
model	gives	16
analysis	based	16
data	based	16
approach	used	16
analysis	has	16
model	included	16
predictions	using	15
we	modeled	15
they	show	15
systems	using	15
study	provides	15
results	shown	15
rate	model	15
population	models	15
parameters	obtained	15
it	did	15
i	do	15
diseases	including	15
approaches	is	15
approach	allows	15
parameters	estimated	14
we	predicted	14
system	does	14
system	based	14
results	based	14
population	being	14
we	represent	14
parameter	was	14
model	considered	14
method	are	14
cells	using	14
cases	has	14
models	show	14
population	increases	13
time	using	13
they	showed	13
they	develop	13
studies	was	13
studies	used	13
rates	is	13
prediction	was	13
number	was	13
model	makes	13
model	did	13
it	considers	13
data	taken	13
approach	are	13
%	using	13
%	is	13
model	gave	12
you	give	12
time	has	12
systems	were	12
study	shows	12
parameters	based	12
networks	modeling	12
models	represent	12
they	present	12
method	uses	12
it	took	12
individuals	do	12
individual	model	12
epidemic	takes	12
epidemic	are	12
analyses	using	12
method	described	12
population	infected	11
networks	were	11
our	estimates	11
parameters	include	11
they	include	11
prediction	has	11
predictions	is	11
models	included	11
they	proposed	11
models	presented	11
models	provided	11
models	describe	11
it	gives	11
epidemics	is	11
epidemics	are	11
epidemic	was	11
diseases	modeling	11
data	include	11
analyses	have	11
.	proposed	11
its	model	11
system	using	10
population	have	10
predictions	based	10
studies	did	10
study	used	10
we	increase	10
systems	based	10
t	represents	10
modelled	using	10
we	allow	10
you	are	10
models	compared	10
time	model	10
model	be	10
data	shows	10
it	reduces	10
analysis	were	10
cases	using	10
data	presented	10
cells	has	10
disease	modeling	10
diseases	was	10
individuals	were	10
infections	was	10
it	applies	10
populations	is	9
model	being	9
model	compared	9
model	considering	9
models	considered	9
models	predicted	9
networks	using	9
viruses	have	9
populations	were	9
result	obtained	9
result	shows	9
they	consider	9
time	based	9
it	showed	9
itself	has	9
method	does	9
infections	were	9
cell	models	9
.	developed	9
.	found	9
al	used	9
approach	described	9
approaches	were	9
case	model	9
approaches	include	9
disease	have	9
disease	including	9
effects	is	9
i	m	9
individual	models	9
individuals	has	9
they	represent	8
networks	has	8
number	has	8
our	use	8
parameters	considered	8
study	found	8
they	presented	8
you	have	8
time	estimates	8
virus	developed	8
virus	have	8
viruses	is	8
we	described	8
we	followed	8
model	include	8
model	shown	8
we	predict	8
methods	provide	8
effects	model	8
methods	described	8
%	are	8
approach	presented	8
approach	provides	8
cases	increased	8
cases	increases	8
data	being	8
approaches	used	8
epidemic	be	8
he	is	8
individual	are	8
infection	using	8
infection	were	8
it	presents	8
method	proposed	8
study	had	7
models	consider	7
models	describing	7
models	did	7
models	made	7
models	make	7
prediction	are	7
predictions	have	7
rates	using	7
times	is	7
system	allows	7
system	modeling	7
t	be	7
them	based	7
them	have	7
they	find	7
they	make	7
model	made	7
values	based	7
model	predicting	7
network	using	7
model	follows	7
effects	have	7
methods	include	7
approach	does	7
approach	uses	7
cases	based	7
cases	had	7
data	given	7
data	provide	7
data	showed	7
disease	modelling	7
approaches	using	7
effects	models	7
infections	have	7
it	be	7
it	being	7
it	using	7
method	allows	7
method	presented	7
infections	has	7
methods	has	7
population	makes	6
study	presents	6
studies	include	6
resulting	models	6
rates	have	6
prediction	were	6
population	using	6
parameters	including	6
population	does	6
parameters	was	6
parameters	describing	6
our	present	6
networks	models	6
their	estimated	6
system	have	6
virus	had	6
them	had	6
them	using	6
they	're	6
they	compared	6
they	infect	6
they	obtained	6
they	take	6
time	have	6
time	increases	6
value	using	6
virus	using	6
viruses	do	6
viruses	were	6
we	're	6
networks	based	6
networks	modelling	6
methods	do	6
network	was	6
his	model	6
models	found	6
analysis	provides	6
approach	proposed	6
approaches	use	6
case	are	6
case	considered	6
data	models	6
data	shown	6
disease	being	6
disease	compared	6
disease	seen	6
effect	has	6
epidemic	based	6
epidemic	using	6
data	does	6
i	models	6
methods	allow	6
individuals	having	6
model	presents	6
model	obtained	6
methods	was	6
analysis	model	6
methods	developed	6
methods	proposed	6
method	were	6
it	were	6
it	increases	6
it	are	6
infections	using	6
infection	have	6
results	found	5
parameter	representing	5
results	do	5
rates	based	5
rate	increases	5
rate	increased	5
populations	using	5
populations	have	5
population	were	5
parameters	has	5
network	used	5
parameter	estimated	5
parameter	estimate	5
number	using	5
number	based	5
number	are	5
networks	was	5
models	present	5
models	predicting	5
studies	considered	5
results	provided	5
time	use	5
studies	included	5
they	estimated	5
we	modelled	5
we	've	5
us	describe	5
times	were	5
models	gave	5
time	being	5
they	obtain	5
they	model	5
themselves	are	5
studies	provide	5
them	used	5
t	was	5
systems	modeling	5
system	provides	5
system	proposed	5
study	proposes	5
study	does	5
study	did	5
models	makes	5
population	estimates	5
models	estimated	5
cases	being	5
disease	include	5
disease	does	5
disease	based	5
data	included	5
cells	provide	5
cells	did	5
cell	was	5
cell	are	5
cases	considered	5
approach	taken	5
diseases	modelling	5
analysis	estimating	5
analysis	allows	5
analyses	showed	5
analyses	is	5
.	showed	5
.	is	5
.	have	5
%	compared	5
models	does	5
diseases	based	5
analysis	predicts	5
he	did	5
method	gives	5
models	allows	5
he	was	5
modeled	based	5
model	reduces	5
model	modeling	5
model	found	5
model	estimated	5
model	applies	5
methods	use	5
model	increases	5
individual	being	5
it	describes	5
infection	include	5
infection	given	5
individuals	was	5
individuals	develop	5
it	models	5
individuals	being	5
studies	showing	4
rate	have	4
rate	models	4
rate	using	4
results	give	4
results	given	4
studies	describing	4
results	used	4
studies	based	4
studies	including	4
studies	provided	4
rate	estimates	4
studies	use	4
rate	given	4
our	estimate	4
predictions	had	4
predictions	compared	4
population	described	4
parameters	do	4
parameters	allowed	4
parameter	represents	4
parameter	are	4
ours	is	4
our	considered	4
numbers	is	4
numbers	given	4
study	based	4
network	represents	4
study	applied	4
values	given	4
study	finds	4
they	modeled	4
models	taking	4
your	model	4
we	saw	4
we	provided	4
we	allowed	4
virus	were	4
values	was	4
values	estimated	4
times	using	4
time	were	4
time	given	4
they	propose	4
they	developed	4
study	have	4
they	apply	4
them	do	4
t	given	4
systems	used	4
systems	including	4
systems	has	4
systems	do	4
systems	allow	4
system	compared	4
study	uses	4
study	proposed	4
study	includes	4
network	have	4
methods	applied	4
models	take	4
i	represents	4
i	've	4
i	'm	4
he	has	4
he	had	4
epidemics	modeling	4
epidemics	have	4
epidemics	estimating	4
effect	does	4
disease	were	4
data	present	4
data	makes	4
data	do	4
data	considered	4
data	comparing	4
data	allow	4
cells	modeling	4
cells	followed	4
cases	including	4
cases	followed	4
case	being	4
approaches	do	4
approach	takes	4
analysis	presented	4
.	are	4
%	has	4
models	obtained	4
%	had	4
i	increases	4
cases	obtained	4
i	were	4
model	obtains	4
models	give	4
individual	makes	4
models	having	4
models	following	4
models	considering	4
models	be	4
model	show	4
model	represent	4
model	providing	4
model	provided	4
model	provide	4
model	predict	4
model	take	4
model	followed	4
its	predicted	4
model	estimating	4
individuals	show	4
infections	increases	4
it	increased	4
its	base	4
it	used	4
method	developed	4
method	had	4
method	have	4
infection	based	4
rate	following	3
rates	given	3
rate	obtained	3
rate	did	3
rate	compared	3
rate	represents	3
rate	used	3
rates	allow	3
results	considering	3
rates	include	3
rates	used	3
result	based	3
result	has	3
results	was	3
she	had	3
predictions	predicting	3
she	has	3
studied	is	3
predictions	show	3
parameter	does	3
predictions	obtained	3
numbers	have	3
models	shows	3
studies	do	3
network	had	3
networks	described	3
networks	include	3
networks	provides	3
networks	representing	3
number	represents	3
parameter	has	3
populations	develop	3
parameter	were	3
parameters	allows	3
parameters	compared	3
parameters	did	3
parameters	given	3
parameters	included	3
population	had	3
population	increase	3
studies	described	3
they	been	3
studies	found	3
us	take	3
their	base	3
them	being	3
them	was	3
they	applied	3
they	give	3
they	provided	3
time	does	3
time	models	3
us	use	3
t	follows	3
value	obtained	3
value	predicted	3
values	have	3
values	provided	3
values	taken	3
we	be	3
we	reduce	3
models	modelling	3
t	represent	3
t	based	3
studies	presented	3
study	presented	3
studies	propose	3
study	being	3
study	considers	3
study	describes	3
study	done	3
study	included	3
study	including	3
study	models	3
study	provide	3
systems	predicting	3
system	described	3
system	given	3
system	had	3
system	having	3
system	used	3
system	were	3
systems	include	3
systems	modelling	3
models	provides	3
i	has	3
models	modeling	3
data	including	3
cells	following	3
cells	had	3
cells	increased	3
cells	show	3
data	be	3
data	describing	3
data	followed	3
data	had	3
data	increase	3
epidemic	have	3
data	provides	3
disease	developed	3
disease	increases	3
diseases	estimating	3
diseases	models	3
diseases	were	3
epidemic	did	3
epidemic	does	3
cells	do	3
cells	compared	3
cell	shows	3
cases	infected	3
models	follows	3
%	based	3
%	have	3
analysis	considers	3
analysis	have	3
analysis	modeling	3
analysis	used	3
approach	followed	3
approach	have	3
approach	including	3
approach	predicting	3
approaches	applied	3
approaches	being	3
approaches	give	3
approaches	has	3
case	develops	3
case	does	3
epidemic	estimating	3
al	proposed	3
epidemics	predicting	3
its	estimate	3
method	applies	3
method	considers	3
method	estimates	3
method	finds	3
method	provides	3
methods	including	3
model	allowed	3
model	allowing	3
model	applied	3
model	following	3
model	present	3
model	representing	3
model	took	3
model	use	3
modeled	is	3
models	applying	3
he	does	3
itself	does	3
models	considers	3
infections	increase	3
individuals	does	3
he	found	3
infections	including	3
i	based	3
i	did	3
i	make	3
i	represent	3
individual	infected	3
individual	was	3
models	follow	3
individuals	increases	3
individuals	presenting	3
infection	do	3
infection	does	3
infection	estimating	3
infection	had	3
individuals	make	3
infection	increases	3
infection	including	3
rate	estimate	2
rates	obtained	2
rates	make	2
rates	do	2
rate	were	2
rate	having	2
rate	estimated	2
predictions	models	2
rate	allows	2
predictions	was	2
predictions	provided	2
predictions	has	2
predictions	given	2
predictions	do	2
populations	was	2
populations	represented	2
populations	modeling	2
rates	taken	2
results	allowed	2
rates	was	2
result	being	2
studies	followed	2
populations	based	2
studies	finding	2
studies	does	2
studied	was	2
studied	have	2
studied	following	2
she	does	2
results	showing	2
results	represented	2
results	represent	2
results	including	2
results	include	2
results	has	2
results	find	2
results	did	2
result	using	2
results	predicted	2
our	estimated	2
population	estimated	2
networks	give	2
number	infected	2
number	given	2
number	estimates	2
networks	provide	2
networks	predicting	2
networks	obtained	2
networks	having	2
networks	allow	2
numbers	represent	2
network	were	2
network	uses	2
network	does	2
network	describing	2
models	shown	2
models	showing	2
studies	has	2
numbering	is	2
numbers	show	2
population	did	2
parameters	being	2
population	considering	2
population	base	2
parameters	taken	2
parameters	shown	2
parameters	showed	2
parameters	modelling	2
parameters	described	2
parameters	be	2
numbers	were	2
parameters	allow	2
parameter	used	2
parameter	presents	2
parameter	had	2
parameter	describing	2
parameter	based	2
our	predicted	2
studies	given	2
time	allows	2
studies	modeling	2
studies	obtained	2
values	predicted	2
values	has	2
values	found	2
value	models	2
value	has	2
value	given	2
value	found	2
value	does	2
value	being	2
us	represent	2
us	is	2
us	have	2
time	shows	2
time	modelling	2
time	had	2
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