id	sid	tid	token	lemma	pos
1917	1	1	METS	METS	NNP
1917	1	2	as	as	IN
1917	1	3	an	an	DT
1917	1	4	Intermediary	Intermediary	NNP
1917	1	5	Schema	Schema	NNP
1917	1	6	for	for	IN
1917	1	7	a	a	DT
1917	1	8	Digital	Digital	NNP
1917	1	9	Library	Library	NNP
1917	1	10	of	of	IN
1917	1	11	Complex	Complex	NNP
1917	1	12	Scientific	Scientific	NNP
1917	1	13	Multimedia	Multimedia	NNP
1917	1	14	Richard	Richard	NNP
1917	1	15	Gartner	Gartner	NNP
1917	1	16	INFORMATION	INFORMATION	NNP
1917	1	17	TECHNOLOGY	TECHNOLOGY	NNP
1917	1	18	AND	and	CC
1917	1	19	LIBRARIES	LIBRARIES	NNP
1917	1	20	|	|	NNP
1917	1	21	SEPTEMBER	SEPTEMBER	NNP
1917	1	22	2012	2012	CD
1917	1	23	24	24	CD
1917	1	24	ABSTRACT	ABSTRACT	NNP
1917	1	25	The	the	DT
1917	1	26	use	use	NN
1917	1	27	of	of	IN
1917	1	28	the	the	DT
1917	1	29	Metadata	Metadata	NNP
1917	1	30	Encoding	Encoding	NNP
1917	1	31	and	and	CC
1917	1	32	Transmission	Transmission	NNP
1917	1	33	Standard	Standard	NNP
1917	1	34	(	(	-LRB-
1917	1	35	METS	METS	NNP
1917	1	36	)	)	-RRB-
1917	1	37	schema	schema	VBZ
1917	1	38	as	as	IN
1917	1	39	a	a	DT
1917	1	40	mechanism	mechanism	NN
1917	1	41	for	for	IN
1917	1	42	delivering	deliver	VBG
1917	1	43	a	a	DT
1917	1	44	digital	digital	JJ
1917	1	45	library	library	NN
1917	1	46	of	of	IN
1917	1	47	complex	complex	JJ
1917	1	48	scientific	scientific	JJ
1917	1	49	multimedia	multimedia	NN
1917	1	50	is	be	VBZ
1917	1	51	examined	examine	VBN
1917	1	52	as	as	IN
1917	1	53	an	an	DT
1917	1	54	alternative	alternative	NN
1917	1	55	to	to	IN
1917	1	56	the	the	DT
1917	1	57	Fedora	Fedora	NNP
1917	1	58	Content	Content	NNP
1917	1	59	Model	Model	NNP
1917	1	60	(	(	-LRB-
1917	1	61	FCM	FCM	NNP
1917	1	62	)	)	-RRB-
1917	1	63	.	.	.
1917	2	1	Using	use	VBG
1917	2	2	METS	METS	NNP
1917	2	3	as	as	IN
1917	2	4	an	an	DT
1917	2	5	“	"	``
1917	2	6	intermediary	intermediary	JJ
1917	2	7	”	"	''
1917	2	8	schema	schema	NN
1917	2	9	,	,	,
1917	2	10	where	where	WRB
1917	2	11	it	-PRON-	PRP
1917	2	12	functions	function	VBZ
1917	2	13	as	as	IN
1917	2	14	a	a	DT
1917	2	15	template	template	NN
1917	2	16	that	that	WDT
1917	2	17	is	be	VBZ
1917	2	18	populated	populate	VBN
1917	2	19	with	with	IN
1917	2	20	content	content	JJ
1917	2	21	metadata	metadata	NN
1917	2	22	on	on	IN
1917	2	23	the	the	DT
1917	2	24	fly	fly	NN
1917	2	25	using	use	VBG
1917	2	26	Extensible	Extensible	NNP
1917	2	27	Stylesheet	Stylesheet	NNP
1917	2	28	Language	Language	NNP
1917	2	29	Transformations	Transformations	NNP
1917	2	30	(	(	-LRB-
1917	2	31	XSLT	XSLT	NNP
1917	2	32	)	)	-RRB-
1917	2	33	,	,	,
1917	2	34	it	-PRON-	PRP
1917	2	35	is	be	VBZ
1917	2	36	possible	possible	JJ
1917	2	37	to	to	TO
1917	2	38	replicate	replicate	VB
1917	2	39	the	the	DT
1917	2	40	flexibility	flexibility	NN
1917	2	41	of	of	IN
1917	2	42	structure	structure	NN
1917	2	43	and	and	CC
1917	2	44	granularity	granularity	NN
1917	2	45	of	of	IN
1917	2	46	FCM	FCM	NNP
1917	2	47	while	while	IN
1917	2	48	avoiding	avoid	VBG
1917	2	49	its	-PRON-	PRP$
1917	2	50	complexity	complexity	NN
1917	2	51	and	and	CC
1917	2	52	often	often	RB
1917	2	53	substantial	substantial	JJ
1917	2	54	demands	demand	NNS
1917	2	55	on	on	IN
1917	2	56	developers	developer	NNS
1917	2	57	.	.	.
1917	3	1	METS	METS	NNP
1917	3	2	as	as	IN
1917	3	3	an	an	DT
1917	3	4	Intermediary	Intermediary	NNP
1917	3	5	Schema	Schema	NNP
1917	3	6	for	for	IN
1917	3	7	a	a	DT
1917	3	8	Digital	Digital	NNP
1917	3	9	Library	Library	NNP
1917	3	10	of	of	IN
1917	3	11	Complex	Complex	NNP
1917	3	12	Scientific	Scientific	NNP
1917	3	13	Multimedia	Multimedia	NNPS
1917	3	14	Of	of	IN
1917	3	15	the	the	DT
1917	3	16	many	many	JJ
1917	3	17	possible	possible	JJ
1917	3	18	approaches	approach	NNS
1917	3	19	to	to	IN
1917	3	20	structuring	structure	VBG
1917	3	21	complex	complex	JJ
1917	3	22	data	datum	NNS
1917	3	23	for	for	IN
1917	3	24	delivery	delivery	NN
1917	3	25	via	via	IN
1917	3	26	the	the	DT
1917	3	27	web	web	NN
1917	3	28	,	,	,
1917	3	29	two	two	CD
1917	3	30	divergent	divergent	JJ
1917	3	31	philosophies	philosophy	NNS
1917	3	32	appear	appear	VBP
1917	3	33	to	to	TO
1917	3	34	predominate	predominate	VB
1917	3	35	.	.	.
1917	4	1	One	one	CD
1917	4	2	,	,	,
1917	4	3	exemplified	exemplify	VBN
1917	4	4	by	by	IN
1917	4	5	such	such	JJ
1917	4	6	standards	standard	NNS
1917	4	7	as	as	IN
1917	4	8	the	the	DT
1917	4	9	Metadata	Metadata	NNP
1917	4	10	Encoding	Encoding	NNP
1917	4	11	and	and	CC
1917	4	12	Transmission	Transmission	NNP
1917	4	13	Standard	Standard	NNP
1917	4	14	(	(	-LRB-
1917	4	15	METS)1	METS)1	NNP
1917	4	16	or	or	CC
1917	4	17	the	the	DT
1917	4	18	Digital	Digital	NNP
1917	4	19	Item	Item	NNP
1917	4	20	Declaration	Declaration	NNP
1917	4	21	Language	Language	NNP
1917	4	22	(	(	-LRB-
1917	4	23	DIDL),2	DIDL),2	NNP
1917	4	24	relies	rely	VBZ
1917	4	25	on	on	IN
1917	4	26	the	the	DT
1917	4	27	structured	structured	JJ
1917	4	28	packaging	packaging	NN
1917	4	29	of	of	IN
1917	4	30	the	the	DT
1917	4	31	multiple	multiple	JJ
1917	4	32	components	component	NNS
1917	4	33	of	of	IN
1917	4	34	a	a	DT
1917	4	35	complex	complex	JJ
1917	4	36	object	object	NN
1917	4	37	within	within	IN
1917	4	38	“	"	``
1917	4	39	top	top	RB
1917	4	40	-	-	HYPH
1917	4	41	down	down	RP
1917	4	42	”	"	''
1917	4	43	hierarchies	hierarchy	NNS
1917	4	44	.	.	.
1917	5	1	The	the	DT
1917	5	2	second	second	JJ
1917	5	3	,	,	,
1917	5	4	of	of	IN
1917	5	5	which	which	WDT
1917	5	6	the	the	DT
1917	5	7	Fedora	Fedora	NNP
1917	5	8	Content	Content	NNP
1917	5	9	Model	Model	NNP
1917	5	10	(	(	-LRB-
1917	5	11	FCM	FCM	NNP
1917	5	12	)	)	-RRB-
1917	5	13	is	be	VBZ
1917	5	14	perhaps	perhaps	RB
1917	5	15	a	a	DT
1917	5	16	prime	prime	NN
1917	5	17	example,3	example,3	NN
1917	5	18	takes	take	VBZ
1917	5	19	the	the	DT
1917	5	20	opposite	opposite	JJ
1917	5	21	approach	approach	NN
1917	5	22	of	of	IN
1917	5	23	disaggregating	disaggregate	VBG
1917	5	24	structural	structural	JJ
1917	5	25	units	unit	NNS
1917	5	26	into	into	IN
1917	5	27	atomistic	atomistic	JJ
1917	5	28	objects	object	NNS
1917	5	29	,	,	,
1917	5	30	which	which	WDT
1917	5	31	can	can	MD
1917	5	32	then	then	RB
1917	5	33	be	be	VB
1917	5	34	recombined	recombine	VBN
1917	5	35	according	accord	VBG
1917	5	36	to	to	IN
1917	5	37	the	the	DT
1917	5	38	requirements	requirement	NNS
1917	5	39	of	of	IN
1917	5	40	a	a	DT
1917	5	41	given	give	VBN
1917	5	42	application.4	application.4	NNP
1917	5	43	Neither	Neither	NNP
1917	5	44	is	be	VBZ
1917	5	45	absolute	absolute	JJ
1917	5	46	in	in	IN
1917	5	47	its	-PRON-	PRP$
1917	5	48	approach	approach	NN
1917	5	49	—	—	:
1917	5	50	METS	METS	NNP
1917	5	51	,	,	,
1917	5	52	for	for	IN
1917	5	53	instance	instance	NN
1917	5	54	,	,	,
1917	5	55	allows	allow	VBZ
1917	5	56	cross	cross	JJ
1917	5	57	-	-	JJ
1917	5	58	hierarchy	hierarchy	JJ
1917	5	59	linkages	linkage	NNS
1917	5	60	,	,	,
1917	5	61	and	and	CC
1917	5	62	many	many	JJ
1917	5	63	FCM	FCM	NNP
1917	5	64	models	model	NNS
1917	5	65	are	be	VBP
1917	5	66	designed	design	VBN
1917	5	67	hierarchically	hierarchically	RB
1917	5	68	—	—	:
1917	5	69	but	but	CC
1917	5	70	the	the	DT
1917	5	71	distinction	distinction	NN
1917	5	72	is	be	VBZ
1917	5	73	clear	clear	JJ
1917	5	74	.	.	.
1917	6	1	Many	many	JJ
1917	6	2	advantages	advantage	NNS
1917	6	3	are	be	VBP
1917	6	4	validly	validly	RB
1917	6	5	claimed	claim	VBN
1917	6	6	for	for	IN
1917	6	7	the	the	DT
1917	6	8	FCM	FCM	NNP
1917	6	9	approach	approach	NN
1917	6	10	to	to	IN
1917	6	11	structuring	structure	VBG
1917	6	12	digital	digital	JJ
1917	6	13	data	datum	NNS
1917	6	14	objects	object	NNS
1917	6	15	.	.	.
1917	7	1	Individual	individual	JJ
1917	7	2	components	component	NNS
1917	7	3	,	,	,
1917	7	4	not	not	RB
1917	7	5	constrained	constrain	VBN
1917	7	6	to	to	IN
1917	7	7	hierarchies	hierarchy	NNS
1917	7	8	,	,	,
1917	7	9	may	may	MD
1917	7	10	be	be	VB
1917	7	11	readily	readily	RB
1917	7	12	reused	reuse	VBN
1917	7	13	in	in	IN
1917	7	14	multiple	multiple	JJ
1917	7	15	representations	representation	NNS
1917	7	16	with	with	IN
1917	7	17	great	great	JJ
1917	7	18	flexibility.5	flexibility.5	CC
1917	7	19	Complex	complex	JJ
1917	7	20	interobject	interobject	JJ
1917	7	21	relationships	relationship	NNS
1917	7	22	may	may	MD
1917	7	23	be	be	VB
1917	7	24	encoded	encode	VBN
1917	7	25	using	use	VBG
1917	7	26	semantic	semantic	JJ
1917	7	27	linkages,6	linkages,6	NNP
1917	7	28	a	a	DT
1917	7	29	potentially	potentially	RB
1917	7	30	much	much	RB
1917	7	31	richer	rich	JJR
1917	7	32	approach	approach	NN
1917	7	33	to	to	IN
1917	7	34	expressing	express	VBG
1917	7	35	these	these	DT
1917	7	36	than	than	IN
1917	7	37	the	the	DT
1917	7	38	structural	structural	JJ
1917	7	39	relationships	relationship	NNS
1917	7	40	of	of	IN
1917	7	41	XML	xml	NN
1917	7	42	can	can	MD
1917	7	43	allow	allow	VB
1917	7	44	.	.	.
1917	8	1	Multiple	multiple	JJ
1917	8	2	levels	level	NNS
1917	8	3	of	of	IN
1917	8	4	granularity	granularity	NN
1917	8	5	,	,	,
1917	8	6	from	from	IN
1917	8	7	that	that	DT
1917	8	8	of	of	IN
1917	8	9	the	the	DT
1917	8	10	collection	collection	NN
1917	8	11	as	as	IN
1917	8	12	a	a	DT
1917	8	13	whole	whole	NN
1917	8	14	down	down	RP
1917	8	15	to	to	IN
1917	8	16	its	-PRON-	PRP$
1917	8	17	lowest	low	JJS
1917	8	18	-	-	HYPH
1917	8	19	level	level	NN
1917	8	20	components	component	NNS
1917	8	21	,	,	,
1917	8	22	can	can	MD
1917	8	23	readily	readily	RB
1917	8	24	be	be	VB
1917	8	25	modelled	model	VBN
1917	8	26	,	,	,
1917	8	27	allowing	allow	VBG
1917	8	28	interobject	interobject	JJ
1917	8	29	relationships	relationship	NNS
1917	8	30	to	to	TO
1917	8	31	be	be	VB
1917	8	32	encoded	encode	VBN
1917	8	33	as	as	RB
1917	8	34	easily	easily	RB
1917	8	35	as	as	IN
1917	8	36	intercomponent	intercomponent	JJ
1917	8	37	ones.7	ones.7	CD
1917	8	38	Such	such	JJ
1917	8	39	models	model	NNS
1917	8	40	,	,	,
1917	8	41	particularly	particularly	RB
1917	8	42	the	the	DT
1917	8	43	RDF	RDF	NNP
1917	8	44	-	-	HYPH
1917	8	45	based	base	VBN
1917	8	46	Fedora	Fedora	NNP
1917	8	47	content	content	NN
1917	8	48	model	model	NN
1917	8	49	,	,	,
1917	8	50	are	be	VBP
1917	8	51	very	very	RB
1917	8	52	powerful	powerful	JJ
1917	8	53	and	and	CC
1917	8	54	flexible	flexible	JJ
1917	8	55	,	,	,
1917	8	56	but	but	CC
1917	8	57	can	can	MD
1917	8	58	often	often	RB
1917	8	59	lead	lead	VB
1917	8	60	to	to	IN
1917	8	61	complexity	complexity	NN
1917	8	62	and	and	CC
1917	8	63	consequently	consequently	RB
1917	8	64	considerable	considerable	JJ
1917	8	65	demands	demand	NNS
1917	8	66	on	on	IN
1917	8	67	system	system	NN
1917	8	68	development	development	NN
1917	8	69	before	before	IN
1917	8	70	they	-PRON-	PRP
1917	8	71	can	can	MD
1917	8	72	be	be	VB
1917	8	73	implemented	implement	VBN
1917	8	74	.	.	.
1917	9	1	In	in	IN
1917	9	2	addition	addition	NN
1917	9	3	,	,	,
1917	9	4	despite	despite	IN
1917	9	5	the	the	DT
1917	9	6	theoretical	theoretical	JJ
1917	9	7	interoperability	interoperability	NN
1917	9	8	offered	offer	VBN
1917	9	9	by	by	IN
1917	9	10	RDF	RDF	NNP
1917	9	11	,	,	,
1917	9	12	in	in	IN
1917	9	13	practice	practice	NN
1917	9	14	the	the	DT
1917	9	15	exchange	exchange	NN
1917	9	16	and	and	CC
1917	9	17	reuse	reuse	NN
1917	9	18	of	of	IN
1917	9	19	content	content	NN
1917	9	20	models	model	NNS
1917	9	21	has	have	VBZ
1917	9	22	proved	prove	VBN
1917	9	23	somewhat	somewhat	RB
1917	9	24	limited	limited	JJ
1917	9	25	because	because	IN
1917	9	26	considerable	considerable	JJ
1917	9	27	work	work	NN
1917	9	28	is	be	VBZ
1917	9	29	usually	usually	RB
1917	9	30	required	require	VBN
1917	9	31	to	to	TO
1917	9	32	re	re	VB
1917	9	33	-	-	VB
1917	9	34	create	create	VB
1917	9	35	and	and	CC
1917	9	36	validate	validate	VB
1917	9	37	a	a	DT
1917	9	38	content	content	NN
1917	9	39	model	model	NN
1917	9	40	created	create	VBN
1917	9	41	elsewhere.8	elsewhere.8	NNP
1917	9	42	This	this	DT
1917	9	43	article	article	NN
1917	9	44	examines	examine	VBZ
1917	9	45	whether	whether	IN
1917	9	46	it	-PRON-	PRP
1917	9	47	is	be	VBZ
1917	9	48	possible	possible	JJ
1917	9	49	to	to	TO
1917	9	50	replicate	replicate	VB
1917	9	51	the	the	DT
1917	9	52	advantages	advantage	NNS
1917	9	53	of	of	IN
1917	9	54	this	this	DT
1917	9	55	approach	approach	NN
1917	9	56	to	to	IN
1917	9	57	structuring	structure	VBG
1917	9	58	data	datum	NNS
1917	9	59	within	within	IN
1917	9	60	the	the	DT
1917	9	61	constraints	constraint	NNS
1917	9	62	of	of	IN
1917	9	63	the	the	DT
1917	9	64	more	more	RBR
1917	9	65	rigid	rigid	JJ
1917	9	66	METS	METS	NNP
1917	9	67	standard	standard	NN
1917	9	68	.	.	.
1917	10	1	The	the	DT
1917	10	2	data	datum	NNS
1917	10	3	used	use	VBN
1917	10	4	for	for	IN
1917	10	5	this	this	DT
1917	10	6	analysis	analysis	NN
1917	10	7	is	be	VBZ
1917	10	8	a	a	DT
1917	10	9	set	set	NN
1917	10	10	of	of	IN
1917	10	11	digital	digital	JJ
1917	10	12	objects	object	NNS
1917	10	13	that	that	WDT
1917	10	14	result	result	VBP
1917	10	15	from	from	IN
1917	10	16	biological	biological	JJ
1917	10	17	nanoimaging	nanoimaging	NN
1917	10	18	experiments	experiment	NNS
1917	10	19	,	,	,
1917	10	20	the	the	DT
1917	10	21	interrelationships	interrelationship	NNS
1917	10	22	of	of	IN
1917	10	23	which	which	WDT
1917	10	24	present	present	VBP
1917	10	25	complex	complex	JJ
1917	10	26	problems	problem	NNS
1917	10	27	when	when	WRB
1917	10	28	they	-PRON-	PRP
1917	10	29	are	be	VBP
1917	10	30	delivered	deliver	VBN
1917	10	31	online	online	RB
1917	10	32	.	.	.
1917	11	1	The	the	DT
1917	11	2	Richard	Richard	NNP
1917	11	3	Gartner	Gartner	NNP
1917	11	4	(	(	-LRB-
1917	11	5	richard.gartner@kcl.ac.uk	richard.gartner@kcl.ac.uk	NNP
1917	11	6	)	)	-RRB-
1917	11	7	is	be	VBZ
1917	11	8	a	a	DT
1917	11	9	Lecturer	Lecturer	NNP
1917	11	10	in	in	IN
1917	11	11	Library	Library	NNP
1917	11	12	and	and	CC
1917	11	13	Information	Information	NNP
1917	11	14	Science	Science	NNP
1917	11	15	,	,	,
1917	11	16	King	King	NNP
1917	11	17	’s	’s	NNP
1917	11	18	College	College	NNP
1917	11	19	,	,	,
1917	11	20	London	London	NNP
1917	11	21	.	.	.
1917	12	1	METS	METS	NNP
1917	12	2	AS	as	IN
1917	12	3	AN	an	DT
1917	12	4	INTERMEDIARY	intermediary	NN
1917	12	5	SCHEMA	SCHEMA	NNP
1917	12	6	FOR	for	IN
1917	12	7	A	a	DT
1917	12	8	DIGITAL	DIGITAL	NNP
1917	12	9	LIBRARY	library	NN
1917	12	10	OF	of	IN
1917	12	11	SCIENTIFIC	SCIENTIFIC	NNP
1917	12	12	MULTIMEDIA	MULTIMEDIA	NNP
1917	12	13	|	|	NNP
1917	12	14	GARTNER	GARTNER	NNP
1917	12	15	25	25	CD
1917	12	16	method	method	NN
1917	12	17	used	use	VBN
1917	12	18	is	be	VBZ
1917	12	19	an	an	DT
1917	12	20	unconventional	unconventional	JJ
1917	12	21	use	use	NN
1917	12	22	of	of	IN
1917	12	23	a	a	DT
1917	12	24	METS	METS	NNP
1917	12	25	template	template	NN
1917	12	26	as	as	IN
1917	12	27	an	an	DT
1917	12	28	intermediary	intermediary	NN
1917	12	29	schema;9	schema;9	NNP
1917	12	30	this	this	DT
1917	12	31	allows	allow	VBZ
1917	12	32	something	something	NN
1917	12	33	of	of	IN
1917	12	34	the	the	DT
1917	12	35	flexibility	flexibility	NN
1917	12	36	of	of	IN
1917	12	37	the	the	DT
1917	12	38	FCM	FCM	NNP
1917	12	39	approach	approach	NN
1917	12	40	while	while	IN
1917	12	41	retaining	retain	VBG
1917	12	42	the	the	DT
1917	12	43	relative	relative	JJ
1917	12	44	simplicity	simplicity	NN
1917	12	45	of	of	IN
1917	12	46	the	the	DT
1917	12	47	more	more	RBR
1917	12	48	structured	structured	JJ
1917	12	49	METS	METS	NNP
1917	12	50	model	model	NN
1917	12	51	.	.	.
1917	13	1	A	a	DT
1917	13	2	Nanoimaging	Nanoimaging	NNP
1917	13	3	Digital	Digital	NNP
1917	13	4	Library	Library	NNP
1917	13	5	and	and	CC
1917	13	6	its	-PRON-	PRP$
1917	13	7	Metadata	Metadata	NNP
1917	13	8	Requirements	requirement	VBZ
1917	13	9	The	the	DT
1917	13	10	collection	collection	NN
1917	13	11	analysed	analyse	VBN
1917	13	12	for	for	IN
1917	13	13	this	this	DT
1917	13	14	study	study	NN
1917	13	15	derives	derive	VBZ
1917	13	16	from	from	IN
1917	13	17	biological	biological	JJ
1917	13	18	nanoimaging	nanoimaging	NN
1917	13	19	experiments	experiment	NNS
1917	13	20	undertaken	undertake	VBN
1917	13	21	at	at	IN
1917	13	22	the	the	DT
1917	13	23	Randall	Randall	NNP
1917	13	24	Division	Division	NNP
1917	13	25	of	of	IN
1917	13	26	Cell	Cell	NNP
1917	13	27	and	and	CC
1917	13	28	Molecular	Molecular	NNP
1917	13	29	Biophysics	Biophysics	NNPS
1917	13	30	at	at	IN
1917	13	31	King	King	NNP
1917	13	32	’s	’s	POS
1917	13	33	College	College	NNP
1917	13	34	London	London	NNP
1917	13	35	.	.	.
1917	14	1	Biological	biological	JJ
1917	14	2	nanoimaging	nanoimaging	NN
1917	14	3	is	be	VBZ
1917	14	4	a	a	DT
1917	14	5	relatively	relatively	RB
1917	14	6	new	new	JJ
1917	14	7	field	field	NN
1917	14	8	of	of	IN
1917	14	9	research	research	NN
1917	14	10	that	that	WDT
1917	14	11	aims	aim	VBZ
1917	14	12	to	to	TO
1917	14	13	unravel	unravel	VB
1917	14	14	the	the	DT
1917	14	15	biological	biological	JJ
1917	14	16	processes	process	NNS
1917	14	17	at	at	IN
1917	14	18	work	work	NN
1917	14	19	when	when	WRB
1917	14	20	molecules	molecule	NNS
1917	14	21	interact	interact	VBP
1917	14	22	in	in	IN
1917	14	23	living	live	VBG
1917	14	24	cells	cell	NNS
1917	14	25	;	;	:
1917	14	26	this	this	DT
1917	14	27	is	be	VBZ
1917	14	28	done	do	VBN
1917	14	29	by	by	IN
1917	14	30	using	use	VBG
1917	14	31	optical	optical	JJ
1917	14	32	techniques	technique	NNS
1917	14	33	that	that	WDT
1917	14	34	can	can	MD
1917	14	35	resolve	resolve	VB
1917	14	36	images	image	NNS
1917	14	37	down	down	RP
1917	14	38	to	to	IN
1917	14	39	the	the	DT
1917	14	40	molecular	molecular	JJ
1917	14	41	level	level	NN
1917	14	42	.	.	.
1917	15	1	It	-PRON-	PRP
1917	15	2	has	have	VBZ
1917	15	3	particular	particular	JJ
1917	15	4	value	value	NN
1917	15	5	in	in	IN
1917	15	6	the	the	DT
1917	15	7	study	study	NN
1917	15	8	of	of	IN
1917	15	9	how	how	WRB
1917	15	10	diseases	disease	NNS
1917	15	11	progress	progress	VBP
1917	15	12	and	and	CC
1917	15	13	has	have	VBZ
1917	15	14	great	great	JJ
1917	15	15	potential	potential	NN
1917	15	16	to	to	TO
1917	15	17	help	help	VB
1917	15	18	predict	predict	VB
1917	15	19	the	the	DT
1917	15	20	effects	effect	NNS
1917	15	21	of	of	IN
1917	15	22	drugs	drug	NNS
1917	15	23	on	on	IN
1917	15	24	the	the	DT
1917	15	25	physiology	physiology	NN
1917	15	26	of	of	IN
1917	15	27	human	human	JJ
1917	15	28	organs	organ	NNS
1917	15	29	.	.	.
1917	16	1	As	as	IN
1917	16	2	part	part	NN
1917	16	3	of	of	IN
1917	16	4	the	the	DT
1917	16	5	Biophysical	Biophysical	NNP
1917	16	6	Repositories	Repositories	NNPS
1917	16	7	in	in	IN
1917	16	8	the	the	DT
1917	16	9	Lab	Lab	NNP
1917	16	10	(	(	-LRB-
1917	16	11	BRIL	BRIL	NNP
1917	16	12	)	)	-RRB-
1917	16	13	project	project	NN
1917	16	14	at	at	IN
1917	16	15	King	King	NNP
1917	16	16	’s	’s	POS
1917	16	17	College	College	NNP
1917	16	18	London,10	London,10	NNP
1917	16	19	a	a	DT
1917	16	20	digital	digital	JJ
1917	16	21	library	library	NN
1917	16	22	is	be	VBZ
1917	16	23	being	be	VBG
1917	16	24	produced	produce	VBN
1917	16	25	to	to	TO
1917	16	26	meet	meet	VB
1917	16	27	the	the	DT
1917	16	28	needs	need	NNS
1917	16	29	of	of	IN
1917	16	30	practitioners	practitioner	NNS
1917	16	31	of	of	IN
1917	16	32	live	live	JJ
1917	16	33	cell	cell	NN
1917	16	34	protein	protein	NN
1917	16	35	studies	study	NNS
1917	16	36	.	.	.
1917	17	1	Although	although	IN
1917	17	2	the	the	DT
1917	17	3	material	material	NN
1917	17	4	being	be	VBG
1917	17	5	made	make	VBN
1917	17	6	available	available	JJ
1917	17	7	here	here	RB
1917	17	8	is	be	VBZ
1917	17	9	highly	highly	RB
1917	17	10	specialised	specialised	JJ
1917	17	11	,	,	,
1917	17	12	and	and	CC
1917	17	13	the	the	DT
1917	17	14	user	user	NN
1917	17	15	base	base	NN
1917	17	16	is	be	VBZ
1917	17	17	restricted	restrict	VBN
1917	17	18	to	to	IN
1917	17	19	a	a	DT
1917	17	20	specialist	specialist	JJ
1917	17	21	cohort	cohort	NN
1917	17	22	of	of	IN
1917	17	23	biologists	biologist	NNS
1917	17	24	,	,	,
1917	17	25	the	the	DT
1917	17	26	challenges	challenge	NNS
1917	17	27	of	of	IN
1917	17	28	this	this	DT
1917	17	29	library	library	NN
1917	17	30	are	be	VBP
1917	17	31	similar	similar	JJ
1917	17	32	to	to	IN
1917	17	33	those	those	DT
1917	17	34	of	of	IN
1917	17	35	any	any	DT
1917	17	36	collection	collection	NN
1917	17	37	of	of	IN
1917	17	38	digital	digital	JJ
1917	17	39	objects	object	NNS
1917	17	40	:	:	:
1917	17	41	in	in	IN
1917	17	42	particular	particular	JJ
1917	17	43	,	,	,
1917	17	44	the	the	DT
1917	17	45	metadata	metadata	NN
1917	17	46	strategy	strategy	NN
1917	17	47	employed	employ	VBN
1917	17	48	must	must	MD
1917	17	49	be	be	VB
1917	17	50	able	able	JJ
1917	17	51	to	to	TO
1917	17	52	handle	handle	VB
1917	17	53	the	the	DT
1917	17	54	delivery	delivery	NN
1917	17	55	of	of	IN
1917	17	56	complex	complex	JJ
1917	17	57	,	,	,
1917	17	58	multifile	multifile	NN
1917	17	59	objects	object	NNS
1917	17	60	as	as	RB
1917	17	61	efficiently	efficiently	RB
1917	17	62	as	as	IN
1917	17	63	,	,	,
1917	17	64	for	for	IN
1917	17	65	example	example	NN
1917	17	66	,	,	,
1917	17	67	a	a	DT
1917	17	68	library	library	NN
1917	17	69	of	of	IN
1917	17	70	digitized	digitized	JJ
1917	17	71	books	book	NNS
1917	17	72	has	have	VBZ
1917	17	73	to	to	TO
1917	17	74	manage	manage	VB
1917	17	75	the	the	DT
1917	17	76	multiplicity	multiplicity	NN
1917	17	77	of	of	IN
1917	17	78	image	image	NN
1917	17	79	files	file	NNS
1917	17	80	that	that	WDT
1917	17	81	make	make	VBP
1917	17	82	up	up	RP
1917	17	83	a	a	DT
1917	17	84	single	single	JJ
1917	17	85	digital	digital	JJ
1917	17	86	volume	volume	NN
1917	17	87	.	.	.
1917	18	1	The	the	DT
1917	18	2	digital	digital	JJ
1917	18	3	library	library	NN
1917	18	4	itself	-PRON-	PRP
1917	18	5	is	be	VBZ
1917	18	6	hosted	host	VBN
1917	18	7	on	on	IN
1917	18	8	the	the	DT
1917	18	9	widely	widely	RB
1917	18	10	used	use	VBN
1917	18	11	Fedora	Fedora	NNP
1917	18	12	repository	repository	NN
1917	18	13	platform	platform	NN
1917	18	14	;	;	:
1917	18	15	as	as	IN
1917	18	16	a	a	DT
1917	18	17	result	result	NN
1917	18	18	,	,	,
1917	18	19	it	-PRON-	PRP
1917	18	20	is	be	VBZ
1917	18	21	employing	employ	VBG
1917	18	22	FCM	FCM	NNP
1917	18	23	as	as	IN
1917	18	24	the	the	DT
1917	18	25	basis	basis	NN
1917	18	26	of	of	IN
1917	18	27	its	-PRON-	PRP$
1917	18	28	data	datum	NNS
1917	18	29	modelling	modelling	NN
1917	18	30	.	.	.
1917	19	1	The	the	DT
1917	19	2	purpose	purpose	NN
1917	19	3	of	of	IN
1917	19	4	this	this	DT
1917	19	5	analysis	analysis	NN
1917	19	6	is	be	VBZ
1917	19	7	to	to	TO
1917	19	8	ascertain	ascertain	VB
1917	19	9	whether	whether	IN
1917	19	10	METS	METS	NNP
1917	19	11	can	can	MD
1917	19	12	also	also	RB
1917	19	13	be	be	VB
1917	19	14	used	use	VBN
1917	19	15	for	for	IN
1917	19	16	the	the	DT
1917	19	17	complex	complex	JJ
1917	19	18	models	model	NNS
1917	19	19	required	require	VBN
1917	19	20	by	by	IN
1917	19	21	this	this	DT
1917	19	22	data	datum	NNS
1917	19	23	and	and	CC
1917	19	24	to	to	TO
1917	19	25	compare	compare	VB
1917	19	26	its	-PRON-	PRP$
1917	19	27	potential	potential	JJ
1917	19	28	viability	viability	NN
1917	19	29	as	as	IN
1917	19	30	an	an	DT
1917	19	31	architecture	architecture	NN
1917	19	32	for	for	IN
1917	19	33	this	this	DT
1917	19	34	type	type	NN
1917	19	35	of	of	IN
1917	19	36	application	application	NN
1917	19	37	with	with	IN
1917	19	38	FCM	FCM	NNP
1917	19	39	.	.	.
1917	20	1	A	a	DT
1917	20	2	particular	particular	JJ
1917	20	3	challenge	challenge	NN
1917	20	4	of	of	IN
1917	20	5	this	this	DT
1917	20	6	collection	collection	NN
1917	20	7	is	be	VBZ
1917	20	8	that	that	IN
1917	20	9	the	the	DT
1917	20	10	raw	raw	JJ
1917	20	11	images	image	NNS
1917	20	12	from	from	IN
1917	20	13	which	which	WDT
1917	20	14	it	-PRON-	PRP
1917	20	15	is	be	VBZ
1917	20	16	constituted	constitute	VBN
1917	20	17	require	require	JJ
1917	20	18	combining	combine	VBG
1917	20	19	and	and	CC
1917	20	20	processing	processing	NN
1917	20	21	before	before	IN
1917	20	22	they	-PRON-	PRP
1917	20	23	are	be	VBP
1917	20	24	delivered	deliver	VBN
1917	20	25	to	to	IN
1917	20	26	the	the	DT
1917	20	27	user	user	NN
1917	20	28	.	.	.
1917	21	1	A	a	DT
1917	21	2	further	further	JJ
1917	21	3	challenge	challenge	NN
1917	21	4	is	be	VBZ
1917	21	5	that	that	IN
1917	21	6	the	the	DT
1917	21	7	library	library	NN
1917	21	8	encompasses	encompass	VBZ
1917	21	9	images	image	NNS
1917	21	10	from	from	IN
1917	21	11	a	a	DT
1917	21	12	variety	variety	NN
1917	21	13	of	of	IN
1917	21	14	experiments	experiment	NNS
1917	21	15	,	,	,
1917	21	16	all	all	DT
1917	21	17	of	of	IN
1917	21	18	which	which	WDT
1917	21	19	combine	combine	VBP
1917	21	20	these	these	DT
1917	21	21	files	file	NNS
1917	21	22	in	in	IN
1917	21	23	different	different	JJ
1917	21	24	ways	way	NNS
1917	21	25	and	and	CC
1917	21	26	employ	employ	VB
1917	21	27	different	different	JJ
1917	21	28	software	software	NN
1917	21	29	for	for	IN
1917	21	30	processing	process	VBG
1917	21	31	them	-PRON-	PRP
1917	21	32	.	.	.
1917	22	1	Some	some	DT
1917	22	2	measure	measure	NN
1917	22	3	of	of	IN
1917	22	4	the	the	DT
1917	22	5	complexity	complexity	NN
1917	22	6	of	of	IN
1917	22	7	these	these	DT
1917	22	8	requirements	requirement	NNS
1917	22	9	can	can	MD
1917	22	10	be	be	VB
1917	22	11	gathered	gather	VBN
1917	22	12	from	from	IN
1917	22	13	figure	figure	NN
1917	22	14	1	1	CD
1917	22	15	below	below	RB
1917	22	16	,	,	,
1917	22	17	which	which	WDT
1917	22	18	illustrates	illustrate	VBZ
1917	22	19	the	the	DT
1917	22	20	processes	process	NNS
1917	22	21	involved	involve	VBN
1917	22	22	in	in	IN
1917	22	23	delivering	deliver	VBG
1917	22	24	the	the	DT
1917	22	25	digital	digital	JJ
1917	22	26	objects	object	NNS
1917	22	27	for	for	IN
1917	22	28	two	two	CD
1917	22	29	types	type	NNS
1917	22	30	of	of	IN
1917	22	31	experiments	experiment	NNS
1917	22	32	.	.	.
1917	23	1	Figure	figure	NN
1917	23	2	1	1	CD
1917	23	3	.	.	.
1917	24	1	Architecture	architecture	NN
1917	24	2	for	for	IN
1917	24	3	Two	Two	NNP
1917	24	4	Experiment	Experiment	NNP
1917	24	5	Types	Types	NNPS
1917	24	6	METS	METS	NNPS
1917	24	7	AS	as	IN
1917	24	8	AN	an	DT
1917	24	9	INTERMEDIARY	intermediary	NN
1917	24	10	SCHEMA	SCHEMA	NNP
1917	24	11	FOR	for	IN
1917	24	12	A	a	DT
1917	24	13	DIGITAL	DIGITAL	NNP
1917	24	14	LIBRARY	library	NN
1917	24	15	OF	of	IN
1917	24	16	SCIENTIFIC	SCIENTIFIC	NNP
1917	24	17	MULTIMEDIA	MULTIMEDIA	NNP
1917	24	18	|	|	NNP
1917	24	19	GARTNER	GARTNER	NNP
1917	24	20	26	26	CD
1917	24	21	The	the	DT
1917	24	22	images	image	NNS
1917	24	23	created	create	VBN
1917	24	24	by	by	IN
1917	24	25	two	two	CD
1917	24	26	experiments	experiment	NNS
1917	24	27	,	,	,
1917	24	28	bleach	bleach	NN
1917	24	29	and	and	CC
1917	24	30	ACTIN_5	actin_5	CD
1917	24	31	,	,	,
1917	24	32	are	be	VBP
1917	24	33	shown	show	VBN
1917	24	34	here	here	RB
1917	24	35	:	:	:
1917	24	36	it	-PRON-	PRP
1917	24	37	will	will	MD
1917	24	38	be	be	VB
1917	24	39	seen	see	VBN
1917	24	40	that	that	IN
1917	24	41	the	the	DT
1917	24	42	bleach	bleach	NN
1917	24	43	experiment	experiment	NN
1917	24	44	is	be	VBZ
1917	24	45	divided	divide	VBN
1917	24	46	into	into	IN
1917	24	47	two	two	CD
1917	24	48	subtypes	subtype	NNS
1917	24	49	(	(	-LRB-
1917	24	50	here	here	RB
1917	24	51	called	call	VBN
1917	24	52	2Grating	2Grating	NNP
1917	24	53	and	and	CC
1917	24	54	Apotone	Apotone	NNP
1917	24	55	)	)	-RRB-
1917	24	56	.	.	.
1917	25	1	Each	each	DT
1917	25	2	type	type	NN
1917	25	3	or	or	CC
1917	25	4	subtype	subtype	NN
1917	25	5	of	of	IN
1917	25	6	experiment	experiment	NN
1917	25	7	has	have	VBZ
1917	25	8	its	-PRON-	PRP$
1917	25	9	own	own	JJ
1917	25	10	requirements	requirement	NNS
1917	25	11	for	for	IN
1917	25	12	combining	combine	VBG
1917	25	13	the	the	DT
1917	25	14	images	image	NNS
1917	25	15	it	-PRON-	PRP
1917	25	16	produces	produce	VBZ
1917	25	17	before	before	IN
1917	25	18	they	-PRON-	PRP
1917	25	19	are	be	VBP
1917	25	20	displayed	display	VBN
1917	25	21	.	.	.
1917	26	1	For	for	IN
1917	26	2	the	the	DT
1917	26	3	subtype	subtype	NN
1917	26	4	2Grating	2grating	NN
1917	26	5	,	,	,
1917	26	6	for	for	IN
1917	26	7	instance	instance	NN
1917	26	8	,	,	,
1917	26	9	two	two	CD
1917	26	10	images	image	NNS
1917	26	11	,	,	,
1917	26	12	each	each	DT
1917	26	13	generated	generate	VBN
1917	26	14	using	use	VBG
1917	26	15	a	a	DT
1917	26	16	different	different	JJ
1917	26	17	camera	camera	NN
1917	26	18	grating	grating	NN
1917	26	19	,	,	,
1917	26	20	are	be	VBP
1917	26	21	processed	process	VBN
1917	26	22	in	in	IN
1917	26	23	parallel	parallel	NN
1917	26	24	(	(	-LRB-
1917	26	25	indicated	indicate	VBN
1917	26	26	by	by	IN
1917	26	27	the	the	DT
1917	26	28	brackets	bracket	NNS
1917	26	29	)	)	-RRB-
1917	26	30	;	;	:
1917	26	31	these	these	DT
1917	26	32	are	be	VBP
1917	26	33	then	then	RB
1917	26	34	combined	combine	VBN
1917	26	35	using	use	VBG
1917	26	36	the	the	DT
1917	26	37	software	software	NN
1917	26	38	package	package	NN
1917	26	39	process	process	NN
1917	26	40	-	-	HYPH
1917	26	41	non	non	JJ
1917	26	42	-	-	NN
1917	26	43	clem	clem	JJ
1917	26	44	(	(	-LRB-
1917	26	45	shown	show	VBN
1917	26	46	by	by	IN
1917	26	47	the	the	DT
1917	26	48	hexagonal	hexagonal	JJ
1917	26	49	symbol	symbol	NN
1917	26	50	)	)	-RRB-
1917	26	51	to	to	TO
1917	26	52	produce	produce	VB
1917	26	53	a	a	DT
1917	26	54	display	display	NN
1917	26	55	image	image	NN
1917	26	56	in	in	IN
1917	26	57	TIFF	TIFF	NNP
1917	26	58	format	format	NN
1917	26	59	.	.	.
1917	27	1	The	the	DT
1917	27	2	subtype	subtype	NN
1917	27	3	Apotone	Apotone	NNP
1917	27	4	requires	require	VBZ
1917	27	5	three	three	CD
1917	27	6	grating	grating	NN
1917	27	7	images	image	NNS
1917	27	8	and	and	CC
1917	27	9	a	a	DT
1917	27	10	further	further	JJ
1917	27	11	image	image	NN
1917	27	12	with	with	IN
1917	27	13	background	background	NN
1917	27	14	information	information	NN
1917	27	15	to	to	TO
1917	27	16	be	be	VB
1917	27	17	processed	process	VBN
1917	27	18	in	in	IN
1917	27	19	parallel	parallel	NN
1917	27	20	by	by	IN
1917	27	21	the	the	DT
1917	27	22	software	software	NN
1917	27	23	process	process	NN
1917	27	24	-	-	HYPH
1917	27	25	apotone	apotone	NN
1917	27	26	;	;	:
1917	27	27	in	in	IN
1917	27	28	this	this	DT
1917	27	29	case	case	NN
1917	27	30	,	,	,
1917	27	31	the	the	DT
1917	27	32	background	background	NN
1917	27	33	image	image	NN
1917	27	34	provides	provide	VBZ
1917	27	35	data	datum	NNS
1917	27	36	to	to	TO
1917	27	37	be	be	VB
1917	27	38	subtracted	subtract	VBN
1917	27	39	from	from	IN
1917	27	40	the	the	DT
1917	27	41	combined	combine	VBN
1917	27	42	three	three	CD
1917	27	43	grating	grating	NN
1917	27	44	images	image	NNS
1917	27	45	to	to	TO
1917	27	46	produce	produce	VB
1917	27	47	the	the	DT
1917	27	48	final	final	JJ
1917	27	49	TIFF	TIFF	NNP
1917	27	50	for	for	IN
1917	27	51	display	display	NN
1917	27	52	.	.	.
1917	28	1	ACTIN_5	actin_5	CD
1917	28	2	experiments	experiment	NNS
1917	28	3	are	be	VBP
1917	28	4	entirely	entirely	RB
1917	28	5	different	different	JJ
1917	28	6	:	:	:
1917	28	7	they	-PRON-	PRP
1917	28	8	produce	produce	VBP
1917	28	9	still	still	RB
1917	28	10	images	image	NNS
1917	28	11	that	that	WDT
1917	28	12	need	need	VBP
1917	28	13	to	to	TO
1917	28	14	be	be	VB
1917	28	15	processed	process	VBN
1917	28	16	sequentially	sequentially	RB
1917	28	17	(	(	-LRB-
1917	28	18	shown	show	VBN
1917	28	19	by	by	IN
1917	28	20	the	the	DT
1917	28	21	braces	brace	NNS
1917	28	22	)	)	-RRB-
1917	28	23	to	to	TO
1917	28	24	produce	produce	VB
1917	28	25	a	a	DT
1917	28	26	video	video	NN
1917	28	27	.	.	.
1917	29	1	Encoding	encode	VBG
1917	29	2	the	the	DT
1917	29	3	BRIL	BRIL	NNP
1917	29	4	Architecture	Architecture	NNP
1917	29	5	in	in	IN
1917	29	6	METS	METS	NNP
1917	29	7	This	this	DT
1917	29	8	architecture	architecture	NN
1917	29	9	,	,	,
1917	29	10	although	although	IN
1917	29	11	complex	complex	NN
1917	29	12	,	,	,
1917	29	13	is	be	VBZ
1917	29	14	readily	readily	RB
1917	29	15	handled	handle	VBN
1917	29	16	within	within	IN
1917	29	17	METS	METS	NNP
1917	29	18	in	in	IN
1917	29	19	a	a	DT
1917	29	20	manner	manner	NN
1917	29	21	analogous	analogous	JJ
1917	29	22	to	to	IN
1917	29	23	that	that	DT
1917	29	24	of	of	IN
1917	29	25	more	more	JJR
1917	29	26	conventional	conventional	JJ
1917	29	27	collections	collection	NNS
1917	29	28	.	.	.
1917	30	1	As	as	IN
1917	30	2	in	in	IN
1917	30	3	any	any	DT
1917	30	4	METS	METS	NNP
1917	30	5	file	file	NN
1917	30	6	,	,	,
1917	30	7	the	the	DT
1917	30	8	structure	structure	NN
1917	30	9	of	of	IN
1917	30	10	the	the	DT
1917	30	11	experiments	experiment	NNS
1917	30	12	,	,	,
1917	30	13	including	include	VBG
1917	30	14	their	-PRON-	PRP$
1917	30	15	subexperiments	subexperiment	NNS
1917	30	16	,	,	,
1917	30	17	is	be	VBZ
1917	30	18	encoded	encode	VBN
1917	30	19	using	use	VBG
1917	30	20	nested	nest	VBN
1917	30	21	division	division	NN
1917	30	22	(	(	-LRB-
1917	30	23	<	<	XX
1917	30	24	div	div	NNP
1917	30	25	>	>	XX
1917	30	26	)	)	-RRB-
1917	30	27	elements	element	NNS
1917	30	28	in	in	IN
1917	30	29	the	the	DT
1917	30	30	structural	structural	JJ
1917	30	31	map	map	NN
1917	30	32	(	(	-LRB-
1917	30	33	example	example	NN
1917	30	34	1a	1a	NNP
1917	30	35	)	)	-RRB-
1917	30	36	.	.	.
1917	31	1	<	<	XX
1917	31	2	div	div	NNP
1917	31	3	TYPE=	TYPE=	NNP
1917	31	4	“	"	``
1917	31	5	experiment	experiment	NN
1917	31	6	-	-	HYPH
1917	31	7	types	type	NNS
1917	31	8	”	"	''
1917	31	9	>	>	XX
1917	31	10	<	<	XX
1917	31	11	div	div	NNP
1917	31	12	TYPE=	TYPE=	NNP
1917	31	13	“	"	``
1917	31	14	experiment	experiment	NN
1917	31	15	-	-	HYPH
1917	31	16	bleach	bleach	NN
1917	31	17	”	"	''
1917	31	18	ID=	id=	UH
1917	31	19	“	"	``
1917	31	20	experiment	experiment	NN
1917	31	21	-	-	HYPH
1917	31	22	type0001	type0001	NN
1917	31	23	”	"	''
1917	31	24	>	>	XX
1917	31	25	<	<	XX
1917	31	26	div	div	NNP
1917	31	27	TYPE=	TYPE=	NNP
1917	31	28	“	"	``
1917	31	29	experiment	experiment	NN
1917	31	30	-	-	HYPH
1917	31	31	bleach-2Grating	bleach-2grating	NN
1917	31	32	”	"	''
1917	31	33	ID=	id=	NN
1917	31	34	“	"	``
1917	31	35	experiment	experiment	NN
1917	31	36	-	-	:
1917	31	37	type0001-subtype001	type0001-subtype001	,
1917	31	38	”	"	''
1917	31	39	>	>	XX
1917	31	40	[	[	-LRB-
1917	31	41	subsidiary	subsidiary	NN
1917	31	42	<	<	XX
1917	31	43	div	div	NNP
1917	31	44	>	>	XX
1917	31	45	s	s	NNP
1917	31	46	containing	contain	VBG
1917	31	47	image	image	NN
1917	31	48	information	information	NN
1917	31	49	]	]	-RRB-
1917	31	50	<	<	XX
1917	31	51	/div	/div	CD
1917	31	52	>	>	XX
1917	31	53	<	<	XX
1917	31	54	div	div	NNP
1917	31	55	TYPE=	TYPE=	NNP
1917	31	56	“	"	``
1917	31	57	experiment	experiment	NN
1917	31	58	-	-	HYPH
1917	31	59	bleach	bleach	NN
1917	31	60	-	-	HYPH
1917	31	61	apotone	apotone	NN
1917	31	62	”	"	''
1917	31	63	ID=	id=	ADD
1917	31	64	“	"	``
1917	31	65	experiment	experiment	NN
1917	31	66	-	-	HYPH
1917	31	67	type0001-subtype002	type0001-subtype002	NNP
1917	31	68	”	"	''
1917	31	69	>	>	XX
1917	31	70	[	[	-LRB-
1917	31	71	subsidiary	subsidiary	NN
1917	31	72	<	<	XX
1917	31	73	div	div	NNP
1917	31	74	>	>	XX
1917	31	75	s	s	NNP
1917	31	76	containing	contain	VBG
1917	31	77	image	image	NN
1917	31	78	information	information	NN
1917	31	79	]	]	-RRB-
1917	31	80	<	<	XX
1917	31	81	/div	/div	CD
1917	31	82	>	>	XX
1917	31	83	<	<	XX
1917	31	84	/div	/div	CD
1917	31	85	>	>	XX
1917	31	86	<	<	XX
1917	31	87	div	div	NNP
1917	31	88	TYPE=	TYPE=	NNP
1917	31	89	“	"	``
1917	31	90	experiment	experiment	NN
1917	31	91	-	-	:
1917	31	92	actin_5	actin_5	NN
1917	31	93	”	"	''
1917	31	94	ID=	id=	UH
1917	31	95	“	"	``
1917	31	96	experiment	experiment	NN
1917	31	97	-	-	HYPH
1917	31	98	type0002	type0002	NNP
1917	31	99	”	"	''
1917	31	100	>	>	XX
1917	31	101	[	[	-LRB-
1917	31	102	subsidiary	subsidiary	NN
1917	31	103	<	<	XX
1917	31	104	div	div	NNP
1917	31	105	>	>	XX
1917	31	106	s	s	NNP
1917	31	107	containing	contain	VBG
1917	31	108	image	image	NN
1917	31	109	information	information	NN
1917	31	110	]	]	-RRB-
1917	31	111	<	<	XX
1917	31	112	/div	/div	CD
1917	31	113	>	>	XX
1917	31	114	<	<	XX
1917	31	115	/div	/div	CD
1917	31	116	>	>	XX
1917	31	117	Example	Example	NNP
1917	31	118	1a	1a	CD
1917	31	119	.	.	.
1917	32	1	Sample	Sample	NNP
1917	32	2	Experiment	Experiment	NNP
1917	32	3	-	-	HYPH
1917	32	4	Level	Level	NNP
1917	32	5	Structural	Structural	NNP
1917	32	6	Map	Map	NNP
1917	32	7	Within	within	IN
1917	32	8	these	these	DT
1917	32	9	containing	contain	VBG
1917	32	10	divisions	division	NNS
1917	32	11	,	,	,
1917	32	12	subsidiary	subsidiary	NN
1917	32	13	<	<	XX
1917	32	14	div	div	NNP
1917	32	15	>	>	XX
1917	32	16	elements	element	NNS
1917	32	17	are	be	VBP
1917	32	18	used	use	VBN
1917	32	19	to	to	TO
1917	32	20	map	map	VB
1917	32	21	the	the	DT
1917	32	22	combination	combination	NN
1917	32	23	of	of	IN
1917	32	24	images	image	NNS
1917	32	25	necessary	necessary	JJ
1917	32	26	to	to	TO
1917	32	27	deliver	deliver	VB
1917	32	28	the	the	DT
1917	32	29	content	content	NN
1917	32	30	for	for	IN
1917	32	31	each	each	DT
1917	32	32	type	type	NN
1917	32	33	.	.	.
1917	33	1	METS	METS	NNP
1917	33	2	allows	allow	VBZ
1917	33	3	the	the	DT
1917	33	4	specification	specification	NN
1917	33	5	of	of	IN
1917	33	6	the	the	DT
1917	33	7	parallel	parallel	JJ
1917	33	8	or	or	CC
1917	33	9	sequential	sequential	JJ
1917	33	10	structuring	structuring	NN
1917	33	11	of	of	IN
1917	33	12	files	file	NNS
1917	33	13	using	use	VBG
1917	33	14	its	-PRON-	PRP$
1917	33	15	<	<	XX
1917	33	16	par	par	NN
1917	33	17	>	>	XX
1917	33	18	and	and	CC
1917	33	19	<	<	XX
1917	33	20	seq	seq	NN
1917	33	21	>	>	NN
1917	33	22	elements	element	NNS
1917	33	23	respectively	respectively	RB
1917	33	24	.	.	.
1917	34	1	The	the	DT
1917	34	2	parallel	parallel	JJ
1917	34	3	processing	processing	NN
1917	34	4	of	of	IN
1917	34	5	the	the	DT
1917	34	6	Apotone	Apotone	NNP
1917	34	7	subtype	subtype	NN
1917	34	8	,	,	,
1917	34	9	for	for	IN
1917	34	10	instance	instance	NN
1917	34	11	,	,	,
1917	34	12	could	could	MD
1917	34	13	be	be	VB
1917	34	14	encoded	encode	VBN
1917	34	15	as	as	IN
1917	34	16	shown	show	VBN
1917	34	17	in	in	IN
1917	34	18	example	example	NN
1917	34	19	1b	1b	CD
1917	34	20	.	.	.
1917	35	1	INFORMATION	INFORMATION	NNP
1917	35	2	TECHNOLOGY	TECHNOLOGY	NNP
1917	35	3	AND	and	CC
1917	35	4	LIBRARIES	library	NNS
1917	35	5	|	|	NNP
1917	35	6	SEPTEMBER	SEPTEMBER	NNP
1917	35	7	2012	2012	CD
1917	35	8	27	27	CD
1917	35	9	<	<	XX
1917	35	10	div	div	NNP
1917	35	11	TYPE=	TYPE=	NNP
1917	35	12	“	"	``
1917	35	13	experiment	experiment	NN
1917	35	14	-	-	HYPH
1917	35	15	bleach	bleach	NN
1917	35	16	-	-	HYPH
1917	35	17	apotone	apotone	NN
1917	35	18	-	-	HYPH
1917	35	19	images	image	NNS
1917	35	20	”	"	''
1917	35	21	ID=	ID=	``
1917	35	22	“	"	``
1917	35	23	apotone-000	apotone-000	NN
1917	35	24	”	"	''
1917	35	25	>	>	XX
1917	35	26	<	<	XX
1917	35	27	fptr	fptr	NN
1917	35	28	>	>	XX
1917	35	29	<	<	XX
1917	35	30	par	par	IN
1917	35	31	>	>	FW
1917	35	32	<	<	XX
1917	35	33	area	area	NN
1917	35	34	FILEID=	FILEID=	NNP
1917	35	35	“	"	``
1917	35	36	apotone	apotone	NNP
1917	35	37	-	-	HYPH
1917	35	38	grating1–000”/	grating1–000”/	NNP
1917	35	39	>	>	XX
1917	35	40	<	<	XX
1917	35	41	area	area	NN
1917	35	42	FILEID=	FILEID=	NNP
1917	35	43	“	"	``
1917	35	44	apotone	apotone	NN
1917	35	45	-	-	HYPH
1917	35	46	grating2–000”/	grating2–000”/	NNP
1917	35	47	>	>	XX
1917	35	48	<	<	XX
1917	35	49	area	area	NN
1917	35	50	FILEID=	FILEID=	NNP
1917	35	51	“	"	``
1917	35	52	apotone	apotone	NN
1917	35	53	-	-	HYPH
1917	35	54	grating3–000”/	grating3–000”/	NNP
1917	35	55	>	>	XX
1917	35	56	<	<	XX
1917	35	57	/par	/par	CD
1917	35	58	>	>	XX
1917	35	59	<	<	XX
1917	35	60	/fptr	/fptr	,
1917	35	61	>	>	XX
1917	35	62	<	<	XX
1917	35	63	/div	/div	CD
1917	35	64	>	>	XX
1917	35	65	Example	example	NN
1917	35	66	1b	1b	CD
1917	35	67	.	.	.
1917	36	1	Sample	Sample	NNP
1917	36	2	Parallel	Parallel	NNP
1917	36	3	Structure	Structure	NNP
1917	36	4	for	for	IN
1917	36	5	Raw	Raw	NNP
1917	36	6	Image	Image	NNP
1917	36	7	Files	Files	NNPS
1917	36	8	to	to	TO
1917	36	9	be	be	VB
1917	36	10	Combined	combine	VBN
1917	36	11	Using	use	VBG
1917	36	12	a	a	DT
1917	36	13	Process	Process	NNP
1917	36	14	Specified	specify	VBN
1917	36	15	in	in	IN
1917	36	16	Associated	Associated	NNP
1917	36	17	Metadata	Metadata	NNP
1917	36	18	(	(	-LRB-
1917	36	19	Behavior	Behavior	NNP
1917	36	20	Section	Section	NNP
1917	36	21	)	)	-RRB-
1917	36	22	Each	each	DT
1917	36	23	division	division	NN
1917	36	24	of	of	IN
1917	36	25	the	the	DT
1917	36	26	structural	structural	JJ
1917	36	27	map	map	NN
1917	36	28	of	of	IN
1917	36	29	this	this	DT
1917	36	30	type	type	NN
1917	36	31	may	may	MD
1917	36	32	in	in	IN
1917	36	33	its	-PRON-	PRP$
1917	36	34	turn	turn	NN
1917	36	35	be	be	VB
1917	36	36	attached	attach	VBN
1917	36	37	to	to	IN
1917	36	38	a	a	DT
1917	36	39	specific	specific	JJ
1917	36	40	software	software	NN
1917	36	41	item	item	NN
1917	36	42	in	in	IN
1917	36	43	the	the	DT
1917	36	44	METS	METS	NNP
1917	36	45	behavior	behavior	NN
1917	36	46	section	section	NN
1917	36	47	to	to	TO
1917	36	48	designate	designate	VB
1917	36	49	the	the	DT
1917	36	50	application	application	NN
1917	36	51	through	through	IN
1917	36	52	which	which	WDT
1917	36	53	it	-PRON-	PRP
1917	36	54	should	should	MD
1917	36	55	be	be	VB
1917	36	56	processed	process	VBN
1917	36	57	:	:	:
1917	36	58	the	the	DT
1917	36	59	tri	tri	JJ
1917	36	60	-	-	JJ
1917	36	61	partite	partite	JJ
1917	36	62	set	set	NN
1917	36	63	of	of	IN
1917	36	64	images	image	NNS
1917	36	65	in	in	IN
1917	36	66	example	example	NN
1917	36	67	1b	1b	NN
1917	36	68	,	,	,
1917	36	69	for	for	IN
1917	36	70	instance	instance	NN
1917	36	71	,	,	,
1917	36	72	would	would	MD
1917	36	73	be	be	VB
1917	36	74	linked	link	VBN
1917	36	75	to	to	IN
1917	36	76	the	the	DT
1917	36	77	process-	process-	NN
1917	36	78	apotone	apotone	NNP
1917	36	79	software	software	NN
1917	36	80	using	use	VBG
1917	36	81	the	the	DT
1917	36	82	code	code	NN
1917	36	83	in	in	IN
1917	36	84	example	example	NN
1917	36	85	1c	1c	CD
1917	36	86	.	.	.
1917	37	1	<	<	XX
1917	37	2	behavior	behavior	NN
1917	37	3	GROUPID=	GROUPID=	NNP
1917	37	4	“	"	``
1917	37	5	process	process	NN
1917	37	6	-	-	HYPH
1917	37	7	apotone	apotone	NN
1917	37	8	”	"	''
1917	37	9	STRUCTID=	structid=	UH
1917	37	10	“	"	``
1917	37	11	apotone-000	apotone-000	NN
1917	37	12	”	"	''
1917	37	13	>	>	XX
1917	37	14	<	<	XX
1917	37	15	mechanism	mechanism	NNP
1917	37	16	LOCTYPE=	LOCTYPE=	VBZ
1917	37	17	“	"	``
1917	37	18	URL	URL	NNP
1917	37	19	”	"	''
1917	37	20	ns2	ns2	NNS
1917	37	21	:	:	:
1917	37	22	href=	href=	NNP
1917	37	23	“	"	``
1917	37	24	software	software	NN
1917	37	25	/	/	SYM
1917	37	26	process	process	NN
1917	37	27	-	-	HYPH
1917	37	28	apotone”/	apotone”/	NN
1917	37	29	>	>	XX
1917	37	30	<	<	XX
1917	37	31	/behavior	/behavior	.
1917	37	32	>	>	XX
1917	37	33	Example	Example	NNP
1917	37	34	1c	1c	CD
1917	37	35	.	.	.
1917	38	1	Sample	sample	NN
1917	38	2	METS	METS	NNP
1917	38	3	Behavior	Behavior	NNP
1917	38	4	Mechanism	Mechanism	NNP
1917	38	5	for	for	IN
1917	38	6	a	a	DT
1917	38	7	Specification	Specification	NNP
1917	38	8	of	of	IN
1917	38	9	Image	Image	NNP
1917	38	10	Processing	Processing	NNP
1917	38	11	This	this	DT
1917	38	12	approach	approach	NN
1917	38	13	is	be	VBZ
1917	38	14	straightforward	straightforward	JJ
1917	38	15	,	,	,
1917	38	16	and	and	CC
1917	38	17	METS	METS	NNP
1917	38	18	is	be	VBZ
1917	38	19	capable	capable	JJ
1917	38	20	of	of	IN
1917	38	21	encoding	encode	VBG
1917	38	22	all	all	DT
1917	38	23	of	of	IN
1917	38	24	the	the	DT
1917	38	25	requirements	requirement	NNS
1917	38	26	of	of	IN
1917	38	27	this	this	DT
1917	38	28	data	data	NN
1917	38	29	model	model	NN
1917	38	30	,	,	,
1917	38	31	although	although	IN
1917	38	32	at	at	IN
1917	38	33	the	the	DT
1917	38	34	cost	cost	NN
1917	38	35	of	of	IN
1917	38	36	large	large	JJ
1917	38	37	file	file	NN
1917	38	38	sizes	size	NNS
1917	38	39	and	and	CC
1917	38	40	a	a	DT
1917	38	41	degree	degree	NN
1917	38	42	of	of	IN
1917	38	43	inflexibility	inflexibility	NN
1917	38	44	.	.	.
1917	39	1	This	this	DT
1917	39	2	may	may	MD
1917	39	3	be	be	VB
1917	39	4	no	no	DT
1917	39	5	problem	problem	NN
1917	39	6	when	when	WRB
1917	39	7	the	the	DT
1917	39	8	principle	principle	NN
1917	39	9	rationale	rationale	NN
1917	39	10	behind	behind	IN
1917	39	11	the	the	DT
1917	39	12	creation	creation	NN
1917	39	13	of	of	IN
1917	39	14	this	this	DT
1917	39	15	metadata	metadata	NN
1917	39	16	is	be	VBZ
1917	39	17	preservation	preservation	NN
1917	39	18	:	:	:
1917	39	19	linking	link	VBG
1917	39	20	all	all	DT
1917	39	21	of	of	IN
1917	39	22	the	the	DT
1917	39	23	project	project	NN
1917	39	24	metadata	metadata	NN
1917	39	25	in	in	IN
1917	39	26	a	a	DT
1917	39	27	coherent	coherent	JJ
1917	39	28	,	,	,
1917	39	29	albeit	albeit	IN
1917	39	30	monolithic	monolithic	JJ
1917	39	31	,	,	,
1917	39	32	structure	structure	NN
1917	39	33	of	of	IN
1917	39	34	this	this	DT
1917	39	35	kind	kind	NN
1917	39	36	benefits	benefit	NNS
1917	39	37	especially	especially	RB
1917	39	38	its	-PRON-	PRP$
1917	39	39	usage	usage	NN
1917	39	40	as	as	IN
1917	39	41	an	an	DT
1917	39	42	Open	open	JJ
1917	39	43	Archival	Archival	NNP
1917	39	44	Information	Information	NNP
1917	39	45	System	System	NNP
1917	39	46	(	(	-LRB-
1917	39	47	OAIS	OAIS	NNP
1917	39	48	)	)	-RRB-
1917	39	49	Archival	Archival	NNP
1917	39	50	Information	Information	NNP
1917	39	51	Package	Package	NNP
1917	39	52	(	(	-LRB-
1917	39	53	AIP	AIP	NNP
1917	39	54	)	)	-RRB-
1917	39	55	,	,	,
1917	39	56	one	one	CD
1917	39	57	of	of	IN
1917	39	58	the	the	DT
1917	39	59	key	key	JJ
1917	39	60	functions	function	NNS
1917	39	61	for	for	IN
1917	39	62	which	which	WDT
1917	39	63	METS	METS	NNP
1917	39	64	was	be	VBD
1917	39	65	designed	design	VBN
1917	39	66	.	.	.
1917	40	1	Problems	problem	NNS
1917	40	2	are	be	VBP
1917	40	3	likely	likely	JJ
1917	40	4	to	to	TO
1917	40	5	arise	arise	VB
1917	40	6	,	,	,
1917	40	7	however	however	RB
1917	40	8	,	,	,
1917	40	9	when	when	WRB
1917	40	10	this	this	DT
1917	40	11	approach	approach	NN
1917	40	12	is	be	VBZ
1917	40	13	scaled	scale	VBN
1917	40	14	up	up	RP
1917	40	15	in	in	IN
1917	40	16	a	a	DT
1917	40	17	delivery	delivery	NN
1917	40	18	system	system	NN
1917	40	19	to	to	TO
1917	40	20	include	include	VB
1917	40	21	the	the	DT
1917	40	22	potentially	potentially	RB
1917	40	23	millions	million	NNS
1917	40	24	of	of	IN
1917	40	25	data	datum	NNS
1917	40	26	objects	object	NNS
1917	40	27	that	that	IN
1917	40	28	this	this	DT
1917	40	29	project	project	NN
1917	40	30	may	may	MD
1917	40	31	produce	produce	VB
1917	40	32	.	.	.
1917	41	1	The	the	DT
1917	41	2	large	large	JJ
1917	41	3	size	size	NN
1917	41	4	of	of	IN
1917	41	5	the	the	DT
1917	41	6	METS	METS	NNP
1917	41	7	files	file	NNS
1917	41	8	that	that	IN
1917	41	9	this	this	DT
1917	41	10	approach	approach	NN
1917	41	11	necessitates	necessitate	NNS
1917	41	12	makes	make	VBZ
1917	41	13	their	-PRON-	PRP$
1917	41	14	on	on	IN
1917	41	15	-	-	HYPH
1917	41	16	the	the	DT
1917	41	17	-	-	HYPH
1917	41	18	fly	fly	NN
1917	41	19	processing	processing	NN
1917	41	20	for	for	IN
1917	41	21	delivery	delivery	NN
1917	41	22	much	much	RB
1917	41	23	slower	slow	JJR
1917	41	24	than	than	IN
1917	41	25	a	a	DT
1917	41	26	system	system	NN
1917	41	27	that	that	WDT
1917	41	28	uses	use	VBZ
1917	41	29	aggregations	aggregation	NNS
1917	41	30	of	of	IN
1917	41	31	the	the	DT
1917	41	32	smaller	small	JJR
1917	41	33	files	file	NNS
1917	41	34	required	require	VBN
1917	41	35	by	by	IN
1917	41	36	the	the	DT
1917	41	37	FCM	FCM	NNP
1917	41	38	model	model	NN
1917	41	39	and	and	CC
1917	41	40	so	so	RB
1917	41	41	processes	process	VBZ
1917	41	42	only	only	RB
1917	41	43	metadata	metadata	NN
1917	41	44	at	at	IN
1917	41	45	the	the	DT
1917	41	46	granularity	granularity	NN
1917	41	47	necessary	necessary	JJ
1917	41	48	for	for	IN
1917	41	49	the	the	DT
1917	41	50	delivery	delivery	NN
1917	41	51	of	of	IN
1917	41	52	each	each	DT
1917	41	53	object	object	NN
1917	41	54	.	.	.
1917	42	1	Such	such	JJ
1917	42	2	flexibility	flexibility	NN
1917	42	3	is	be	VBZ
1917	42	4	much	much	RB
1917	42	5	harder	hard	JJR
1917	42	6	to	to	TO
1917	42	7	achieve	achieve	VB
1917	42	8	within	within	IN
1917	42	9	METS	METS	NNP
1917	42	10	,	,	,
1917	42	11	although	although	IN
1917	42	12	mechanisms	mechanism	NNS
1917	42	13	that	that	WDT
1917	42	14	currently	currently	RB
1917	42	15	exist	exist	VBP
1917	42	16	for	for	IN
1917	42	17	aggregating	aggregate	VBG
1917	42	18	diverse	diverse	JJ
1917	42	19	objects	object	NNS
1917	42	20	within	within	IN
1917	42	21	METS	METS	NNP
1917	42	22	may	may	MD
1917	42	23	seem	seem	VB
1917	42	24	to	to	TO
1917	42	25	offer	offer	VB
1917	42	26	some	some	DT
1917	42	27	degree	degree	NN
1917	42	28	of	of	IN
1917	42	29	solution	solution	NN
1917	42	30	to	to	IN
1917	42	31	this	this	DT
1917	42	32	problem	problem	NN
1917	42	33	.	.	.
1917	43	1	Complex	complex	JJ
1917	43	2	Relationships	relationship	NNS
1917	43	3	under	under	IN
1917	43	4	METS	METS	NNP
1917	43	5	Underlying	underlie	VBG
1917	43	6	the	the	DT
1917	43	7	METS	METS	NNP
1917	43	8	structural	structural	JJ
1917	43	9	map	map	NN
1917	43	10	is	be	VBZ
1917	43	11	an	an	DT
1917	43	12	assumed	assumed	JJ
1917	43	13	ontology	ontology	NN
1917	43	14	of	of	IN
1917	43	15	digital	digital	JJ
1917	43	16	objects	object	NNS
1917	43	17	that	that	WDT
1917	43	18	encodes	encode	VBZ
1917	43	19	a	a	DT
1917	43	20	long-	long-	JJ
1917	43	21	established	established	JJ
1917	43	22	view	view	NN
1917	43	23	of	of	IN
1917	43	24	text	text	NN
1917	43	25	as	as	IN
1917	43	26	an	an	DT
1917	43	27	ordered	ordered	JJ
1917	43	28	hierarchy	hierarchy	NN
1917	43	29	of	of	IN
1917	43	30	content	content	NN
1917	43	31	objects;11	objects;11	NNP
1917	43	32	this	this	DT
1917	43	33	model	model	NN
1917	43	34	accounts	account	VBZ
1917	43	35	for	for	IN
1917	43	36	the	the	DT
1917	43	37	METS	METS	NNP
1917	43	38	AS	as	IN
1917	43	39	AN	an	DT
1917	43	40	INTERMEDIARY	intermediary	NN
1917	43	41	SCHEMA	SCHEMA	NNP
1917	43	42	FOR	for	IN
1917	43	43	A	a	DT
1917	43	44	DIGITAL	DIGITAL	NNP
1917	43	45	LIBRARY	library	NN
1917	43	46	OF	of	IN
1917	43	47	SCIENTIFIC	SCIENTIFIC	NNP
1917	43	48	MULTIMEDIA	MULTIMEDIA	NNP
1917	43	49	|	|	NNP
1917	43	50	GARTNER	GARTNER	NNP
1917	43	51	28	28	CD
1917	43	52	map	map	NN
1917	43	53	’s	’s	POS
1917	43	54	use	use	NN
1917	43	55	of	of	IN
1917	43	56	hierarchical	hierarchical	JJ
1917	43	57	nesting	nesting	NN
1917	43	58	and	and	CC
1917	43	59	the	the	DT
1917	43	60	ordinality	ordinality	NN
1917	43	61	of	of	IN
1917	43	62	the	the	DT
1917	43	63	object	object	NN
1917	43	64	’s	’s	POS
1917	43	65	components	component	NNS
1917	43	66	.	.	.
1917	44	1	The	the	DT
1917	44	2	rigidity	rigidity	NN
1917	44	3	of	of	IN
1917	44	4	this	this	DT
1917	44	5	model	model	NN
1917	44	6	is	be	VBZ
1917	44	7	alleviated	alleviate	VBN
1917	44	8	to	to	IN
1917	44	9	some	some	DT
1917	44	10	extent	extent	NN
1917	44	11	by	by	IN
1917	44	12	the	the	DT
1917	44	13	facility	facility	NN
1917	44	14	within	within	IN
1917	44	15	METS	METS	NNP
1917	44	16	to	to	TO
1917	44	17	encode	encode	VB
1917	44	18	structural	structural	JJ
1917	44	19	links	link	NNS
1917	44	20	that	that	WDT
1917	44	21	cut	cut	VBD
1917	44	22	across	across	IN
1917	44	23	these	these	DT
1917	44	24	hierarchies	hierarchy	NNS
1917	44	25	.	.	.
1917	45	1	These	these	DT
1917	45	2	links	link	NNS
1917	45	3	,	,	,
1917	45	4	which	which	WDT
1917	45	5	join	join	VBP
1917	45	6	nodes	node	NNS
1917	45	7	at	at	IN
1917	45	8	any	any	DT
1917	45	9	level	level	NN
1917	45	10	of	of	IN
1917	45	11	the	the	DT
1917	45	12	structural	structural	JJ
1917	45	13	map	map	NN
1917	45	14	,	,	,
1917	45	15	are	be	VBP
1917	45	16	particularly	particularly	RB
1917	45	17	useful	useful	JJ
1917	45	18	for	for	IN
1917	45	19	encoding	encode	VBG
1917	45	20	hyperlinks	hyperlink	NNS
1917	45	21	within	within	IN
1917	45	22	webpages,12	webpages,12	NNP
1917	45	23	and	and	CC
1917	45	24	so	so	RB
1917	45	25	are	be	VBP
1917	45	26	often	often	RB
1917	45	27	used	use	VBN
1917	45	28	for	for	IN
1917	45	29	archiving	archive	VBG
1917	45	30	websites	website	NNS
1917	45	31	.	.	.
1917	46	1	Various	various	JJ
1917	46	2	attempts	attempt	NNS
1917	46	3	have	have	VBP
1917	46	4	been	be	VBN
1917	46	5	made	make	VBN
1917	46	6	to	to	TO
1917	46	7	extend	extend	VB
1917	46	8	the	the	DT
1917	46	9	functionality	functionality	NN
1917	46	10	of	of	IN
1917	46	11	the	the	DT
1917	46	12	structural	structural	JJ
1917	46	13	map	map	NN
1917	46	14	and	and	CC
1917	46	15	structural	structural	JJ
1917	46	16	links	link	NNS
1917	46	17	sections	section	NNS
1917	46	18	to	to	TO
1917	46	19	allow	allow	VB
1917	46	20	more	more	RBR
1917	46	21	sophisticated	sophisticated	JJ
1917	46	22	aggregations	aggregation	NNS
1917	46	23	and	and	CC
1917	46	24	combinations	combination	NNS
1917	46	25	of	of	IN
1917	46	26	components	component	NNS
1917	46	27	beyond	beyond	IN
1917	46	28	the	the	DT
1917	46	29	boundaries	boundary	NNS
1917	46	30	of	of	IN
1917	46	31	a	a	DT
1917	46	32	single	single	JJ
1917	46	33	digital	digital	JJ
1917	46	34	object	object	NN
1917	46	35	,	,	,
1917	46	36	in	in	IN
1917	46	37	a	a	DT
1917	46	38	manner	manner	NN
1917	46	39	analogous	analogous	JJ
1917	46	40	to	to	IN
1917	46	41	the	the	DT
1917	46	42	flexible	flexible	JJ
1917	46	43	granularity	granularity	NN
1917	46	44	of	of	IN
1917	46	45	FCM	FCM	NNP
1917	46	46	.	.	.
1917	47	1	METS	METS	NNP
1917	47	2	itself	-PRON-	PRP
1917	47	3	offers	offer	VBZ
1917	47	4	the	the	DT
1917	47	5	possibility	possibility	NN
1917	47	6	of	of	IN
1917	47	7	aggregating	aggregate	VBG
1917	47	8	other	other	JJ
1917	47	9	METS	METS	NNP
1917	47	10	files	file	NNS
1917	47	11	through	through	IN
1917	47	12	its	-PRON-	PRP$
1917	47	13	<	<	XX
1917	47	14	mptr	mptr	FW
1917	47	15	>	>	XX
1917	47	16	(	(	-LRB-
1917	47	17	METS	METS	NNP
1917	47	18	pointer	pointer	NN
1917	47	19	)	)	-RRB-
1917	47	20	element	element	NN
1917	47	21	:	:	:
1917	47	22	this	this	DT
1917	47	23	element	element	NN
1917	47	24	,	,	,
1917	47	25	always	always	RB
1917	47	26	a	a	DT
1917	47	27	direct	direct	JJ
1917	47	28	child	child	NN
1917	47	29	of	of	IN
1917	47	30	a	a	DT
1917	47	31	<	<	XX
1917	47	32	div	div	NNP
1917	47	33	>	>	XX
1917	47	34	element	element	NN
1917	47	35	in	in	IN
1917	47	36	the	the	DT
1917	47	37	structural	structural	JJ
1917	47	38	map	map	NN
1917	47	39	,	,	,
1917	47	40	references	reference	VBZ
1917	47	41	a	a	DT
1917	47	42	METS	METS	NNP
1917	47	43	file	file	NN
1917	47	44	that	that	WDT
1917	47	45	contains	contain	VBZ
1917	47	46	metadata	metadata	NN
1917	47	47	on	on	IN
1917	47	48	the	the	DT
1917	47	49	digital	digital	JJ
1917	47	50	content	content	NN
1917	47	51	represented	represent	VBN
1917	47	52	by	by	IN
1917	47	53	this	this	DT
1917	47	54	<	<	XX
1917	47	55	div	div	NNP
1917	47	56	>	>	XX
1917	47	57	.	.	.
1917	48	1	For	for	IN
1917	48	2	example	example	NN
1917	48	3	,	,	,
1917	48	4	two	two	CD
1917	48	5	complex	complex	JJ
1917	48	6	digital	digital	JJ
1917	48	7	objects	object	NNS
1917	48	8	could	could	MD
1917	48	9	be	be	VB
1917	48	10	represented	represent	VBN
1917	48	11	at	at	IN
1917	48	12	a	a	DT
1917	48	13	higher	high	JJR
1917	48	14	collection	collection	NN
1917	48	15	level	level	NN
1917	48	16	,	,	,
1917	48	17	as	as	IN
1917	48	18	shown	show	VBN
1917	48	19	in	in	IN
1917	48	20	example	example	NN
1917	48	21	2	2	CD
1917	48	22	.	.	.
1917	49	1	<	<	XX
1917	49	2	div	div	NNP
1917	49	3	>	>	XX
1917	49	4	<	<	XX
1917	49	5	div	div	VB
1917	49	6	ID=	ID=	``
1917	49	7	“	"	``
1917	49	8	bleach2grating-1	bleach2grating-1	NNP
1917	49	9	”	"	''
1917	49	10	>	>	XX
1917	49	11	<	<	XX
1917	49	12	mptr	mptr	NNP
1917	49	13	LOCTYPE=	LOCTYPE=	NNP
1917	49	14	“	"	``
1917	49	15	URL	URL	NNP
1917	49	16	”	"	''
1917	49	17	xlink	xlink	NN
1917	49	18	:	:	:
1917	49	19	href=	href=	NNP
1917	49	20	“	"	``
1917	49	21	twogratingbleach6-grating1–01.xml”/	twogratingbleach6-grating1–01.xml”/	NNP
1917	49	22	>	>	XX
1917	49	23	<	<	XX
1917	49	24	/div	/div	NFP
1917	49	25	>	>	XX
1917	49	26	<	<	XX
1917	49	27	div	div	VB
1917	49	28	ID=	ID=	.
1917	49	29	“	"	``
1917	49	30	bleach2grating-2	bleach2grating-2	NNP
1917	49	31	”	"	''
1917	49	32	>	>	XX
1917	49	33	<	<	XX
1917	49	34	mptr	mptr	NNP
1917	49	35	LOCTYPE=	LOCTYPE=	NNP
1917	49	36	“	"	``
1917	49	37	URL	URL	NNP
1917	49	38	”	"	''
1917	49	39	xlink	xlink	NN
1917	49	40	:	:	:
1917	49	41	href=	href=	NNP
1917	49	42	“	"	``
1917	49	43	twogratingbleach6-grating1–02.xml”/	twogratingbleach6-grating1–02.xml”/	NNP
1917	49	44	>	>	XX
1917	49	45	<	<	XX
1917	49	46	/div	/div	NFP
1917	49	47	>	>	XX
1917	49	48	<	<	XX
1917	49	49	/div	/div	CD
1917	49	50	>	>	XX
1917	49	51	Example	example	NN
1917	49	52	2	2	CD
1917	49	53	.	.	.
1917	50	1	Use	use	NN
1917	50	2	of	of	IN
1917	50	3	METS	METS	NNP
1917	50	4	<	<	XX
1917	50	5	mptr	mptr	FW
1917	50	6	>	>	XX
1917	50	7	Element	Element	NNP
1917	50	8	This	this	DT
1917	50	9	feature	feature	NN
1917	50	10	has	have	VBZ
1917	50	11	found	find	VBN
1917	50	12	some	some	DT
1917	50	13	use	use	NN
1917	50	14	in	in	IN
1917	50	15	such	such	JJ
1917	50	16	projects	project	NNS
1917	50	17	as	as	IN
1917	50	18	the	the	DT
1917	50	19	ECHO	echo	NN
1917	50	20	DEPository	depository	NN
1917	50	21	,	,	,
1917	50	22	which	which	WDT
1917	50	23	uses	use	VBZ
1917	50	24	it	-PRON-	PRP
1917	50	25	to	to	TO
1917	50	26	register	register	VB
1917	50	27	digital	digital	JJ
1917	50	28	objects	object	NNS
1917	50	29	at	at	IN
1917	50	30	various	various	JJ
1917	50	31	stages	stage	NNS
1917	50	32	of	of	IN
1917	50	33	their	-PRON-	PRP$
1917	50	34	ingest	ingest	NN
1917	50	35	into	into	IN
1917	50	36	,	,	,
1917	50	37	and	and	CC
1917	50	38	dissemination	dissemination	NN
1917	50	39	from	from	IN
1917	50	40	,	,	,
1917	50	41	a	a	DT
1917	50	42	repository;13	repository;13	NN
1917	50	43	it	-PRON-	PRP
1917	50	44	is	be	VBZ
1917	50	45	also	also	RB
1917	50	46	recommended	recommend	VBN
1917	50	47	by	by	IN
1917	50	48	the	the	DT
1917	50	49	PARADIGM	PARADIGM	NNP
1917	50	50	project	project	NN
1917	50	51	as	as	IN
1917	50	52	a	a	DT
1917	50	53	method	method	NN
1917	50	54	for	for	IN
1917	50	55	archiving	archive	VBG
1917	50	56	born	bear	VBN
1917	50	57	-	-	HYPH
1917	50	58	digital	digital	JJ
1917	50	59	content	content	NN
1917	50	60	,	,	,
1917	50	61	such	such	JJ
1917	50	62	as	as	IN
1917	50	63	emails.14	emails.14	NNP
1917	50	64	Nonetheless	Nonetheless	NNP
1917	50	65	,	,	,
1917	50	66	its	-PRON-	PRP$
1917	50	67	usage	usage	NN
1917	50	68	remains	remain	VBZ
1917	50	69	fairly	fairly	RB
1917	50	70	limited	limited	JJ
1917	50	71	;	;	:
1917	50	72	of	of	IN
1917	50	73	all	all	PDT
1917	50	74	the	the	DT
1917	50	75	METS	METS	NNP
1917	50	76	Profiles	Profiles	NNPS
1917	50	77	registered	register	VBD
1917	50	78	on	on	IN
1917	50	79	the	the	DT
1917	50	80	central	central	JJ
1917	50	81	METS	METS	NNP
1917	50	82	repository	repository	NN
1917	50	83	,	,	,
1917	50	84	for	for	IN
1917	50	85	instance	instance	NN
1917	50	86	,	,	,
1917	50	87	ECHO	ECHO	NNP
1917	50	88	DEP	DEP	NNP
1917	50	89	at	at	IN
1917	50	90	the	the	DT
1917	50	91	time	time	NN
1917	50	92	of	of	IN
1917	50	93	writing	writing	NN
1917	50	94	remains	remain	VBZ
1917	50	95	the	the	DT
1917	50	96	only	only	JJ
1917	50	97	project	project	NN
1917	50	98	on	on	IN
1917	50	99	the	the	DT
1917	50	100	Library	Library	NNP
1917	50	101	of	of	IN
1917	50	102	Congress	Congress	NNP
1917	50	103	’s	’s	POS
1917	50	104	repository	repository	NN
1917	50	105	of	of	IN
1917	50	106	METS	METS	NNP
1917	50	107	Profiles	Profiles	NNPS
1917	50	108	to	to	TO
1917	50	109	employ	employ	VB
1917	50	110	this	this	DT
1917	50	111	feature	feature	NN
1917	50	112	.	.	.
1917	51	1	15	15	CD
1917	51	2	An	an	DT
1917	51	3	important	important	JJ
1917	51	4	reason	reason	NN
1917	51	5	for	for	IN
1917	51	6	its	-PRON-	PRP$
1917	51	7	limited	limited	JJ
1917	51	8	take	take	NN
1917	51	9	-	-	HYPH
1917	51	10	up	up	NN
1917	51	11	is	be	VBZ
1917	51	12	that	that	IN
1917	51	13	its	-PRON-	PRP$
1917	51	14	potential	potential	NN
1917	51	15	for	for	IN
1917	51	16	more	more	RBR
1917	51	17	sophisticated	sophisticated	JJ
1917	51	18	uses	use	NNS
1917	51	19	than	than	IN
1917	51	20	merely	merely	RB
1917	51	21	populating	populate	VBG
1917	51	22	a	a	DT
1917	51	23	division	division	NN
1917	51	24	of	of	IN
1917	51	25	the	the	DT
1917	51	26	structural	structural	JJ
1917	51	27	map	map	NN
1917	51	28	is	be	VBZ
1917	51	29	severely	severely	RB
1917	51	30	limited	limit	VBN
1917	51	31	by	by	IN
1917	51	32	its	-PRON-	PRP$
1917	51	33	place	place	NN
1917	51	34	in	in	IN
1917	51	35	the	the	DT
1917	51	36	METS	METS	NNP
1917	51	37	schema	schema	NN
1917	51	38	.	.	.
1917	52	1	The	the	DT
1917	52	2	<	<	XX
1917	52	3	mptr	mptr	NN
1917	52	4	>	>	XX
1917	52	5	element	element	NN
1917	52	6	can	can	MD
1917	52	7	only	only	RB
1917	52	8	be	be	VB
1917	52	9	used	use	VBN
1917	52	10	as	as	IN
1917	52	11	a	a	DT
1917	52	12	direct	direct	JJ
1917	52	13	child	child	NN
1917	52	14	of	of	IN
1917	52	15	its	-PRON-	PRP$
1917	52	16	parent	parent	NN
1917	52	17	<	<	XX
1917	52	18	div	div	NNP
1917	52	19	>	>	XX
1917	52	20	:	:	:
1917	52	21	it	-PRON-	PRP
1917	52	22	can	can	MD
1917	52	23	not	not	RB
1917	52	24	,	,	,
1917	52	25	for	for	IN
1917	52	26	instance	instance	NN
1917	52	27	,	,	,
1917	52	28	be	be	VB
1917	52	29	located	locate	VBN
1917	52	30	in	in	IN
1917	52	31	<	<	XX
1917	52	32	par	par	IN
1917	52	33	>	>	XX
1917	52	34	or	or	CC
1917	52	35	<	<	XX
1917	52	36	seq	seq	NN
1917	52	37	>	>	XX
1917	52	38	elements	element	NNS
1917	52	39	to	to	TO
1917	52	40	indicate	indicate	VB
1917	52	41	that	that	IN
1917	52	42	the	the	DT
1917	52	43	objects	object	NNS
1917	52	44	referenced	reference	VBN
1917	52	45	in	in	IN
1917	52	46	its	-PRON-	PRP$
1917	52	47	subordinate	subordinate	JJ
1917	52	48	METS	METS	NNP
1917	52	49	files	file	NNS
1917	52	50	should	should	MD
1917	52	51	be	be	VB
1917	52	52	processed	process	VBN
1917	52	53	in	in	IN
1917	52	54	parallel	parallel	NN
1917	52	55	or	or	CC
1917	52	56	in	in	IN
1917	52	57	sequence	sequence	NN
1917	52	58	(	(	-LRB-
1917	52	59	as	as	IN
1917	52	60	is	be	VBZ
1917	52	61	required	require	VBN
1917	52	62	by	by	IN
1917	52	63	the	the	DT
1917	52	64	different	different	JJ
1917	52	65	experiment	experiment	NN
1917	52	66	types	type	NNS
1917	52	67	in	in	IN
1917	52	68	figure	figure	NN
1917	52	69	1	1	CD
1917	52	70	)	)	-RRB-
1917	52	71	,	,	,
1917	52	72	nor	nor	CC
1917	52	73	may	may	MD
1917	52	74	the	the	DT
1917	52	75	contents	content	NNS
1917	52	76	of	of	IN
1917	52	77	these	these	DT
1917	52	78	files	file	NNS
1917	52	79	be	be	VB
1917	52	80	processed	process	VBN
1917	52	81	by	by	IN
1917	52	82	the	the	DT
1917	52	83	sophisticated	sophisticated	JJ
1917	52	84	partitioning	partitioning	NN
1917	52	85	features	feature	NNS
1917	52	86	of	of	IN
1917	52	87	the	the	DT
1917	52	88	<	<	XX
1917	52	89	area	area	NN
1917	52	90	>	>	NN
1917	52	91	element	element	NN
1917	52	92	,	,	,
1917	52	93	which	which	WDT
1917	52	94	allows	allow	VBZ
1917	52	95	subsidiary	subsidiary	NN
1917	52	96	parts	part	NNS
1917	52	97	of	of	IN
1917	52	98	a	a	DT
1917	52	99	<	<	XX
1917	52	100	div	div	NNP
1917	52	101	>	>	XX
1917	52	102	to	to	TO
1917	52	103	be	be	VB
1917	52	104	addressed	address	VBN
1917	52	105	directly	directly	RB
1917	52	106	.	.	.
1917	53	1	A	a	DT
1917	53	2	more	more	RBR
1917	53	3	sophisticated	sophisticated	JJ
1917	53	4	approach	approach	NN
1917	53	5	to	to	IN
1917	53	6	combining	combine	VBG
1917	53	7	digital	digital	JJ
1917	53	8	object	object	NN
1917	53	9	components	component	NNS
1917	53	10	is	be	VBZ
1917	53	11	to	to	TO
1917	53	12	employ	employ	VB
1917	53	13	Open	Open	NNP
1917	53	14	Archives	Archives	NNP
1917	53	15	Initiative	Initiative	NNP
1917	53	16	Object	Object	NNP
1917	53	17	Reuse	Reuse	NNP
1917	53	18	and	and	CC
1917	53	19	Exchange	Exchange	NNP
1917	53	20	(	(	-LRB-
1917	53	21	OAI	OAI	NNP
1917	53	22	-	-	HYPH
1917	53	23	ORE	ORE	NNP
1917	53	24	)	)	-RRB-
1917	53	25	aggregations,16	aggregations,16	NNS
1917	53	26	which	which	WDT
1917	53	27	express	express	VBP
1917	53	28	more	more	RBR
1917	53	29	complex	complex	JJ
1917	53	30	relationships	relationship	NNS
1917	53	31	at	at	IN
1917	53	32	greater	great	JJR
1917	53	33	levels	level	NNS
1917	53	34	of	of	IN
1917	53	35	granularity	granularity	NN
1917	53	36	than	than	IN
1917	53	37	the	the	DT
1917	53	38	<	<	XX
1917	53	39	mptr	mptr	NNP
1917	53	40	>	>	XX
1917	53	41	method	method	NN
1917	53	42	allows	allow	VBZ
1917	53	43	.	.	.
1917	54	1	INFORMATION	INFORMATION	NNP
1917	54	2	TECHNOLOGY	TECHNOLOGY	NNP
1917	54	3	AND	and	CC
1917	54	4	LIBRARIES	library	NNS
1917	54	5	|	|	NNP
1917	54	6	SEPTEMBER	SEPTEMBER	NNP
1917	54	7	2012	2012	CD
1917	54	8	29	29	CD
1917	54	9	McDonough	McDonough	NNP
1917	54	10	’s	’s	POS
1917	54	11	examination	examination	NN
1917	54	12	of	of	IN
1917	54	13	the	the	DT
1917	54	14	possibility	possibility	NN
1917	54	15	of	of	IN
1917	54	16	aligning	align	VBG
1917	54	17	the	the	DT
1917	54	18	two	two	CD
1917	54	19	standards	standard	NNS
1917	54	20	concludes	conclude	VBZ
1917	54	21	that	that	IN
1917	54	22	it	-PRON-	PRP
1917	54	23	is	be	VBZ
1917	54	24	indeed	indeed	RB
1917	54	25	possible	possible	JJ
1917	54	26	,	,	,
1917	54	27	although	although	IN
1917	54	28	at	at	IN
1917	54	29	the	the	DT
1917	54	30	cost	cost	NN
1917	54	31	of	of	IN
1917	54	32	eliminating	eliminate	VBG
1917	54	33	the	the	DT
1917	54	34	METS	METS	NNP
1917	54	35	behavior	behavior	NN
1917	54	36	section	section	NN
1917	54	37	and	and	CC
1917	54	38	removing	remove	VBG
1917	54	39	much	much	JJ
1917	54	40	of	of	IN
1917	54	41	the	the	DT
1917	54	42	flexibility	flexibility	NN
1917	54	43	of	of	IN
1917	54	44	METS	METS	NNP
1917	54	45	’s	’s	POS
1917	54	46	structural	structural	JJ
1917	54	47	links	link	NNS
1917	54	48	,	,	,
1917	54	49	both	both	DT
1917	54	50	side	side	NN
1917	54	51	effects	effect	NNS
1917	54	52	of	of	IN
1917	54	53	OAI	OAI	NNP
1917	54	54	-	-	HYPH
1917	54	55	ORE	ORE	NNP
1917	54	56	’s	’s	POS
1917	54	57	requirement	requirement	NN
1917	54	58	that	that	IN
1917	54	59	resource	resource	NN
1917	54	60	maps	map	NNS
1917	54	61	must	must	MD
1917	54	62	form	form	VB
1917	54	63	a	a	DT
1917	54	64	connected	connected	JJ
1917	54	65	RDF	RDF	NNP
1917	54	66	graph.17	graph.17	NNP
1917	54	67	In	in	IN
1917	54	68	addition	addition	NN
1917	54	69	,	,	,
1917	54	70	converting	convert	VBG
1917	54	71	between	between	IN
1917	54	72	METS	METS	NNP
1917	54	73	and	and	CC
1917	54	74	OAI	OAI	NNP
1917	54	75	-	-	HYPH
1917	54	76	ORE	ORE	NNP
1917	54	77	may	may	MD
1917	54	78	not	not	RB
1917	54	79	be	be	VB
1917	54	80	lossless	lossless	JJ
1917	54	81	,	,	,
1917	54	82	depending	depend	VBG
1917	54	83	on	on	IN
1917	54	84	the	the	DT
1917	54	85	design	design	NN
1917	54	86	of	of	IN
1917	54	87	the	the	DT
1917	54	88	METS	METS	NNP
1917	54	89	document.18	document.18	NNP
1917	54	90	Neither	neither	DT
1917	54	91	approach	approach	NN
1917	54	92	therefore	therefore	RB
1917	54	93	seems	seem	VBZ
1917	54	94	ideal	ideal	JJ
1917	54	95	for	for	IN
1917	54	96	an	an	DT
1917	54	97	application	application	NN
1917	54	98	of	of	IN
1917	54	99	this	this	DT
1917	54	100	type	type	NN
1917	54	101	,	,	,
1917	54	102	the	the	DT
1917	54	103	former	former	JJ
1917	54	104	because	because	IN
1917	54	105	of	of	IN
1917	54	106	the	the	DT
1917	54	107	limited	limited	JJ
1917	54	108	ways	way	NNS
1917	54	109	in	in	IN
1917	54	110	which	which	WDT
1917	54	111	the	the	DT
1917	54	112	<	<	XX
1917	54	113	mptr	mptr	NN
1917	54	114	>	>	XX
1917	54	115	element	element	NN
1917	54	116	can	can	MD
1917	54	117	be	be	VB
1917	54	118	deployed	deploy	VBN
1917	54	119	outside	outside	IN
1917	54	120	the	the	DT
1917	54	121	<	<	XX
1917	54	122	area	area	NN
1917	54	123	>	>	FW
1917	54	124	element	element	NN
1917	54	125	and	and	CC
1917	54	126	its	-PRON-	PRP$
1917	54	127	subsidiaries	subsidiary	NNS
1917	54	128	,	,	,
1917	54	129	the	the	DT
1917	54	130	latter	latter	JJ
1917	54	131	because	because	IN
1917	54	132	of	of	IN
1917	54	133	its	-PRON-	PRP$
1917	54	134	removal	removal	NN
1917	54	135	of	of	IN
1917	54	136	the	the	DT
1917	54	137	functionality	functionality	NN
1917	54	138	of	of	IN
1917	54	139	the	the	DT
1917	54	140	behavior	behavior	NN
1917	54	141	section	section	NN
1917	54	142	,	,	,
1917	54	143	which	which	WDT
1917	54	144	is	be	VBZ
1917	54	145	essential	essential	JJ
1917	54	146	for	for	IN
1917	54	147	the	the	DT
1917	54	148	delivery	delivery	NN
1917	54	149	of	of	IN
1917	54	150	material	material	NN
1917	54	151	such	such	JJ
1917	54	152	as	as	IN
1917	54	153	this	this	DT
1917	54	154	.	.	.
1917	55	1	METS	METS	NNP
1917	55	2	as	as	IN
1917	55	3	an	an	DT
1917	55	4	Intermediary	Intermediary	NNP
1917	55	5	Schema	Schema	NNP
1917	55	6	An	an	DT
1917	55	7	alternative	alternative	JJ
1917	55	8	approach	approach	NN
1917	55	9	adopted	adopt	VBN
1917	55	10	here	here	RB
1917	55	11	uses	use	VBZ
1917	55	12	the	the	DT
1917	55	13	technique	technique	NN
1917	55	14	of	of	IN
1917	55	15	employing	employ	VBG
1917	55	16	METS	METS	NNP
1917	55	17	files	file	NNS
1917	55	18	as	as	IN
1917	55	19	intermediary	intermediary	JJ
1917	55	20	schemas	schema	NNS
1917	55	21	to	to	TO
1917	55	22	act	act	VB
1917	55	23	as	as	IN
1917	55	24	templates	template	NNS
1917	55	25	from	from	IN
1917	55	26	which	which	WDT
1917	55	27	METS	METS	NNP
1917	55	28	-	-	HYPH
1917	55	29	encoded	encode	VBN
1917	55	30	packages	package	NNS
1917	55	31	for	for	IN
1917	55	32	delivery	delivery	NN
1917	55	33	can	can	MD
1917	55	34	be	be	VB
1917	55	35	generated	generate	VBN
1917	55	36	.	.	.
1917	56	1	Intermediary	intermediary	JJ
1917	56	2	XML	xml	NN
1917	56	3	schemas	schema	NNS
1917	56	4	are	be	VBP
1917	56	5	intermediary	intermediary	JJ
1917	56	6	in	in	IN
1917	56	7	the	the	DT
1917	56	8	sense	sense	NN
1917	56	9	that	that	IN
1917	56	10	they	-PRON-	PRP
1917	56	11	are	be	VBP
1917	56	12	designed	design	VBN
1917	56	13	not	not	RB
1917	56	14	to	to	TO
1917	56	15	act	act	VB
1917	56	16	as	as	IN
1917	56	17	final	final	JJ
1917	56	18	metadata	metadata	NN
1917	56	19	containers	container	NNS
1917	56	20	for	for	IN
1917	56	21	archiving	archiving	NN
1917	56	22	or	or	CC
1917	56	23	delivery	delivery	NN
1917	56	24	,	,	,
1917	56	25	but	but	CC
1917	56	26	as	as	IN
1917	56	27	mediating	mediate	VBG
1917	56	28	encoding	encoding	NN
1917	56	29	mechanisms	mechanism	NNS
1917	56	30	from	from	IN
1917	56	31	which	which	WDT
1917	56	32	data	datum	NNS
1917	56	33	or	or	CC
1917	56	34	metadata	metadata	NN
1917	56	35	in	in	IN
1917	56	36	these	these	DT
1917	56	37	final	final	JJ
1917	56	38	forms	form	NNS
1917	56	39	can	can	MD
1917	56	40	be	be	VB
1917	56	41	generated	generate	VBN
1917	56	42	by	by	IN
1917	56	43	XSLT	xslt	NN
1917	56	44	transformations	transformation	NNS
1917	56	45	:	:	:
1917	56	46	one	one	CD
1917	56	47	example	example	NN
1917	56	48	is	be	VBZ
1917	56	49	CERIF4REF	cerif4ref	NN
1917	56	50	,	,	,
1917	56	51	a	a	DT
1917	56	52	heavily	heavily	RB
1917	56	53	constrained	constrain	VBN
1917	56	54	XML	xml	NN
1917	56	55	schema	schema	NN
1917	56	56	used	use	VBN
1917	56	57	to	to	TO
1917	56	58	encode	encode	VB
1917	56	59	research	research	NN
1917	56	60	management	management	NN
1917	56	61	information	information	NN
1917	56	62	from	from	IN
1917	56	63	which	which	WDT
1917	56	64	metadata	metadata	NN
1917	56	65	in	in	IN
1917	56	66	the	the	DT
1917	56	67	complex	complex	JJ
1917	56	68	Common	Common	NNP
1917	56	69	European	European	NNP
1917	56	70	Research	Research	NNP
1917	56	71	Information	Information	NNP
1917	56	72	Format	Format	NNP
1917	56	73	(	(	-LRB-
1917	56	74	CERIF	CERIF	NNP
1917	56	75	)	)	-RRB-
1917	56	76	data	datum	NNS
1917	56	77	model	model	NN
1917	56	78	can	can	MD
1917	56	79	be	be	VB
1917	56	80	generated.19	generated.19	NNP
1917	56	81	The	the	DT
1917	56	82	CERIF4REF	cerif4ref	NN
1917	56	83	schema	schema	NN
1917	56	84	attempts	attempt	NNS
1917	56	85	to	to	TO
1917	56	86	emulate	emulate	VB
1917	56	87	the	the	DT
1917	56	88	architectural	architectural	JJ
1917	56	89	processing	processing	NN
1917	56	90	features	feature	NNS
1917	56	91	of	of	IN
1917	56	92	SGML,20	sgml,20	NN
1917	56	93	which	which	WDT
1917	56	94	are	be	VBP
1917	56	95	absent	absent	JJ
1917	56	96	from	from	IN
1917	56	97	XML	xml	NN
1917	56	98	;	;	:
1917	56	99	these	these	DT
1917	56	100	allowed	allow	VBD
1917	56	101	simpler	simple	JJR
1917	56	102	Document	Document	NNP
1917	56	103	Type	Type	NNP
1917	56	104	Definitions	definition	NNS
1917	56	105	(	(	-LRB-
1917	56	106	DTDs	DTDs	NNPS
1917	56	107	)	)	-RRB-
1917	56	108	to	to	TO
1917	56	109	be	be	VB
1917	56	110	compiled	compile	VBN
1917	56	111	for	for	IN
1917	56	112	specific	specific	JJ
1917	56	113	applications	application	NNS
1917	56	114	,	,	,
1917	56	115	which	which	WDT
1917	56	116	could	could	MD
1917	56	117	then	then	RB
1917	56	118	be	be	VB
1917	56	119	mapped	map	VBN
1917	56	120	to	to	IN
1917	56	121	established	establish	VBN
1917	56	122	,	,	,
1917	56	123	more	more	RBR
1917	56	124	complex	complex	JJ
1917	56	125	,	,	,
1917	56	126	SGML	SGML	NNP
1917	56	127	models	model	NNS
1917	56	128	.	.	.
1917	57	1	Instead	instead	RB
1917	57	2	of	of	IN
1917	57	3	architectural	architectural	JJ
1917	57	4	processing	processing	NN
1917	57	5	,	,	,
1917	57	6	CERIF4REF	cerif4ref	NN
1917	57	7	uses	use	VBZ
1917	57	8	XSLT	XSLT	NNP
1917	57	9	to	to	TO
1917	57	10	carry	carry	VB
1917	57	11	out	out	RP
1917	57	12	this	this	DT
1917	57	13	processing	processing	NN
1917	57	14	,	,	,
1917	57	15	so	so	RB
1917	57	16	allowing	allow	VBG
1917	57	17	the	the	DT
1917	57	18	combination	combination	NN
1917	57	19	of	of	IN
1917	57	20	a	a	DT
1917	57	21	simpler	simple	JJR
1917	57	22	scheme	scheme	NN
1917	57	23	tailored	tailor	VBN
1917	57	24	to	to	IN
1917	57	25	the	the	DT
1917	57	26	requirements	requirement	NNS
1917	57	27	of	of	IN
1917	57	28	an	an	DT
1917	57	29	application	application	NN
1917	57	30	to	to	TO
1917	57	31	be	be	VB
1917	57	32	combined	combine	VBN
1917	57	33	with	with	IN
1917	57	34	the	the	DT
1917	57	35	benefits	benefit	NNS
1917	57	36	of	of	IN
1917	57	37	a	a	DT
1917	57	38	more	more	RBR
1917	57	39	interoperable	interoperable	JJ
1917	57	40	but	but	CC
1917	57	41	highly	highly	RB
1917	57	42	complex	complex	JJ
1917	57	43	model	model	NN
1917	57	44	that	that	WDT
1917	57	45	is	be	VBZ
1917	57	46	difficult	difficult	JJ
1917	57	47	to	to	TO
1917	57	48	implement	implement	VB
1917	57	49	in	in	IN
1917	57	50	its	-PRON-	PRP$
1917	57	51	standard	standard	JJ
1917	57	52	form	form	NN
1917	57	53	.	.	.
1917	58	1	Instead	instead	RB
1917	58	2	of	of	IN
1917	58	3	using	use	VBG
1917	58	4	this	this	DT
1917	58	5	technique	technique	NN
1917	58	6	for	for	IN
1917	58	7	constraining	constrain	VBG
1917	58	8	encoding	encoding	NN
1917	58	9	to	to	IN
1917	58	10	a	a	DT
1917	58	11	simpler	simple	JJR
1917	58	12	model	model	NN
1917	58	13	and	and	CC
1917	58	14	generating	generate	VBG
1917	58	15	more	more	RBR
1917	58	16	complex	complex	JJ
1917	58	17	data	data	NN
1917	58	18	structures	structure	NNS
1917	58	19	from	from	IN
1917	58	20	this	this	DT
1917	58	21	,	,	,
1917	58	22	the	the	DT
1917	58	23	intermediary	intermediary	JJ
1917	58	24	schema	schema	NN
1917	58	25	technique	technique	NN
1917	58	26	may	may	MD
1917	58	27	be	be	VB
1917	58	28	used	use	VBN
1917	58	29	to	to	TO
1917	58	30	define	define	VB
1917	58	31	templates	template	NNS
1917	58	32	,	,	,
1917	58	33	similar	similar	JJ
1917	58	34	to	to	IN
1917	58	35	a	a	DT
1917	58	36	content	content	NN
1917	58	37	model	model	NN
1917	58	38	,	,	,
1917	58	39	from	from	IN
1917	58	40	which	which	WDT
1917	58	41	the	the	DT
1917	58	42	final	final	JJ
1917	58	43	METS	METS	NNP
1917	58	44	files	file	NNS
1917	58	45	to	to	TO
1917	58	46	be	be	VB
1917	58	47	delivered	deliver	VBN
1917	58	48	can	can	MD
1917	58	49	be	be	VB
1917	58	50	constructed	construct	VBN
1917	58	51	.	.	.
1917	59	1	As	as	IN
1917	59	2	is	be	VBZ
1917	59	3	the	the	DT
1917	59	4	case	case	NN
1917	59	5	with	with	IN
1917	59	6	CERIF4REF	cerif4ref	NN
1917	59	7	,	,	,
1917	59	8	XSLT	XSLT	NNP
1917	59	9	is	be	VBZ
1917	59	10	used	use	VBN
1917	59	11	for	for	IN
1917	59	12	these	these	DT
1917	59	13	transformations	transformation	NNS
1917	59	14	,	,	,
1917	59	15	and	and	CC
1917	59	16	the	the	DT
1917	59	17	XSLT	xslt	NN
1917	59	18	files	file	NNS
1917	59	19	form	form	VBP
1917	59	20	an	an	DT
1917	59	21	integral	integral	JJ
1917	59	22	part	part	NN
1917	59	23	of	of	IN
1917	59	24	the	the	DT
1917	59	25	application	application	NN
1917	59	26	.	.	.
1917	60	1	In	in	IN
1917	60	2	this	this	DT
1917	60	3	way	way	NN
1917	60	4	,	,	,
1917	60	5	a	a	DT
1917	60	6	series	series	NN
1917	60	7	of	of	IN
1917	60	8	templates	template	NNS
1917	60	9	,	,	,
1917	60	10	beginning	begin	VBG
1917	60	11	with	with	IN
1917	60	12	highest	high	JJS
1917	60	13	-	-	HYPH
1917	60	14	level	level	NN
1917	60	15	abstractions	abstraction	NNS
1917	60	16	,	,	,
1917	60	17	are	be	VBP
1917	60	18	used	use	VBN
1917	60	19	to	to	TO
1917	60	20	generate	generate	VB
1917	60	21	their	-PRON-	PRP$
1917	60	22	more	more	JJR
1917	60	23	concrete	concrete	JJ
1917	60	24	subsidiaries	subsidiary	NNS
1917	60	25	,	,	,
1917	60	26	until	until	IN
1917	60	27	a	a	DT
1917	60	28	final	final	JJ
1917	60	29	version	version	NN
1917	60	30	used	use	VBN
1917	60	31	for	for	IN
1917	60	32	dissemination	dissemination	NN
1917	60	33	is	be	VBZ
1917	60	34	generated	generate	VBN
1917	60	35	.	.	.
1917	61	1	The	the	DT
1917	61	2	core	core	NN
1917	61	3	of	of	IN
1917	61	4	this	this	DT
1917	61	5	application	application	NN
1917	61	6	is	be	VBZ
1917	61	7	a	a	DT
1917	61	8	METS	METS	NNP
1917	61	9	file	file	NN
1917	61	10	,	,	,
1917	61	11	which	which	WDT
1917	61	12	acts	act	VBZ
1917	61	13	as	as	IN
1917	61	14	a	a	DT
1917	61	15	template	template	NN
1917	61	16	for	for	IN
1917	61	17	the	the	DT
1917	61	18	data	data	NN
1917	61	19	delivery	delivery	NN
1917	61	20	requirements	requirement	NNS
1917	61	21	for	for	IN
1917	61	22	each	each	DT
1917	61	23	type	type	NN
1917	61	24	of	of	IN
1917	61	25	experiment	experiment	NN
1917	61	26	.	.	.
1917	62	1	Figure	figure	NN
1917	62	2	2	2	CD
1917	62	3	demonstrates	demonstrate	VBZ
1917	62	4	the	the	DT
1917	62	5	components	component	NNS
1917	62	6	necessary	necessary	JJ
1917	62	7	for	for	IN
1917	62	8	defining	define	VBG
1917	62	9	these	these	DT
1917	62	10	for	for	IN
1917	62	11	the	the	DT
1917	62	12	2Grating	2Grating	NNP
1917	62	13	experiment	experiment	NN
1917	62	14	subtype	subtype	NN
1917	62	15	detailed	detail	VBN
1917	62	16	previously	previously	RB
1917	62	17	in	in	IN
1917	62	18	figure	figure	NN
1917	62	19	1	1	CD
1917	62	20	.	.	.
1917	63	1	METS	METS	NNP
1917	63	2	AS	as	IN
1917	63	3	AN	an	DT
1917	63	4	INTERMEDIARY	intermediary	NN
1917	63	5	SCHEMA	SCHEMA	NNP
1917	63	6	FOR	for	IN
1917	63	7	A	a	DT
1917	63	8	DIGITAL	DIGITAL	NNP
1917	63	9	LIBRARY	library	NN
1917	63	10	OF	of	IN
1917	63	11	SCIENTIFIC	SCIENTIFIC	NNP
1917	63	12	MULTIMEDIA	MULTIMEDIA	NNP
1917	63	13	|	|	NNP
1917	63	14	GARTNER	GARTNER	NNP
1917	63	15	30	30	CD
1917	63	16	Figure	figure	NN
1917	63	17	2	2	CD
1917	63	18	.	.	.
1917	64	1	Defining	define	VBG
1917	64	2	an	an	DT
1917	64	3	Experiment	Experiment	NNP
1917	64	4	Subtype	Subtype	NNP
1917	64	5	in	in	IN
1917	64	6	METS	METS	NNP
1917	64	7	The	the	DT
1917	64	8	data	data	NN
1917	64	9	model	model	NN
1917	64	10	for	for	IN
1917	64	11	the	the	DT
1917	64	12	delivery	delivery	NN
1917	64	13	of	of	IN
1917	64	14	these	these	DT
1917	64	15	objects	object	NNS
1917	64	16	is	be	VBZ
1917	64	17	defined	define	VBN
1917	64	18	in	in	IN
1917	64	19	the	the	DT
1917	64	20	<	<	XX
1917	64	21	structMap	structmap	XX
1917	64	22	>	>	XX
1917	64	23	(	(	-LRB-
1917	64	24	b	b	NN
1917	64	25	)	)	-RRB-
1917	64	26	:	:	:
1917	64	27	as	as	IN
1917	64	28	can	can	MD
1917	64	29	be	be	VB
1917	64	30	seen	see	VBN
1917	64	31	here	here	RB
1917	64	32	,	,	,
1917	64	33	a	a	DT
1917	64	34	series	series	NN
1917	64	35	of	of	IN
1917	64	36	nested	nest	VBN
1917	64	37	<	<	XX
1917	64	38	div	div	NNP
1917	64	39	>	>	XX
1917	64	40	elements	element	NNS
1917	64	41	is	be	VBZ
1917	64	42	used	use	VBN
1917	64	43	to	to	TO
1917	64	44	define	define	VB
1917	64	45	the	the	DT
1917	64	46	relationship	relationship	NN
1917	64	47	of	of	IN
1917	64	48	experiment	experiment	NN
1917	64	49	subtypes	subtype	NNS
1917	64	50	to	to	IN
1917	64	51	types	type	NNS
1917	64	52	,	,	,
1917	64	53	and	and	CC
1917	64	54	then	then	RB
1917	64	55	to	to	TO
1917	64	56	define	define	VB
1917	64	57	,	,	,
1917	64	58	at	at	IN
1917	64	59	the	the	DT
1917	64	60	lowest	low	JJS
1917	64	61	level	level	NN
1917	64	62	of	of	IN
1917	64	63	this	this	DT
1917	64	64	structure	structure	NN
1917	64	65	,	,	,
1917	64	66	the	the	DT
1917	64	67	model	model	NN
1917	64	68	for	for	IN
1917	64	69	delivering	deliver	VBG
1917	64	70	the	the	DT
1917	64	71	objects	object	NNS
1917	64	72	themselves	-PRON-	PRP
1917	64	73	.	.	.
1917	65	1	In	in	IN
1917	65	2	this	this	DT
1917	65	3	example	example	NN
1917	65	4	,	,	,
1917	65	5	two	two	CD
1917	65	6	files	file	NNS
1917	65	7	are	be	VBP
1917	65	8	to	to	TO
1917	65	9	be	be	VB
1917	65	10	processed	process	VBN
1917	65	11	in	in	IN
1917	65	12	parallel	parallel	NN
1917	65	13	;	;	:
1917	65	14	these	these	DT
1917	65	15	are	be	VBP
1917	65	16	defined	define	VBN
1917	65	17	by	by	IN
1917	65	18	<	<	XX
1917	65	19	area	area	NN
1917	65	20	>	>	FW
1917	65	21	elements	element	NNS
1917	65	22	within	within	IN
1917	65	23	the	the	DT
1917	65	24	<	<	XX
1917	65	25	par	par	FW
1917	65	26	>	>	FW
1917	65	27	(	(	-LRB-
1917	65	28	parallel	parallel	NN
1917	65	29	)	)	-RRB-
1917	65	30	element	element	NN
1917	65	31	.	.	.
1917	66	1	In	in	IN
1917	66	2	a	a	DT
1917	66	3	standard	standard	JJ
1917	66	4	METS	METS	NNP
1917	66	5	file	file	NN
1917	66	6	,	,	,
1917	66	7	the	the	DT
1917	66	8	FILEID	FILEID	NNP
1917	66	9	attribute	attribute	NN
1917	66	10	of	of	IN
1917	66	11	<	<	XX
1917	66	12	area	area	NN
1917	66	13	>	>	XX
1917	66	14	would	would	MD
1917	66	15	reference	reference	VB
1917	66	16	a	a	DT
1917	66	17	<	<	XX
1917	66	18	file	file	NN
1917	66	19	>	>	XX
1917	66	20	element	element	NN
1917	66	21	within	within	IN
1917	66	22	the	the	DT
1917	66	23	METS	METS	NNP
1917	66	24	file	file	NN
1917	66	25	section	section	NN
1917	66	26	(	(	-LRB-
1917	66	27	a	a	LS
1917	66	28	)	)	-RRB-
1917	66	29	:	:	:
1917	66	30	in	in	IN
1917	66	31	this	this	DT
1917	66	32	case	case	NN
1917	66	33	,	,	,
1917	66	34	however	however	RB
1917	66	35	,	,	,
1917	66	36	they	-PRON-	PRP
1917	66	37	reference	reference	VBP
1917	66	38	empty	empty	JJ
1917	66	39	file	file	NN
1917	66	40	group	group	NN
1917	66	41	(	(	-LRB-
1917	66	42	<	<	XX
1917	66	43	fileGrp	fileGrp	NNP
1917	66	44	>	>	XX
1917	66	45	)	)	-RRB-
1917	66	46	elements	element	NNS
1917	66	47	,	,	,
1917	66	48	which	which	WDT
1917	66	49	are	be	VBP
1917	66	50	populated	populate	VBN
1917	66	51	with	with	IN
1917	66	52	<	<	XX
1917	66	53	file	file	NN
1917	66	54	>	>	XX
1917	66	55	elements	element	NNS
1917	66	56	when	when	WRB
1917	66	57	this	this	DT
1917	66	58	template	template	NN
1917	66	59	undergoes	undergo	VBZ
1917	66	60	its	-PRON-	PRP$
1917	66	61	XSLT	XSLT	NNP
1917	66	62	transformation	transformation	NN
1917	66	63	.	.	.
1917	67	1	The	the	DT
1917	67	2	final	final	JJ
1917	67	3	component	component	NN
1917	67	4	of	of	IN
1917	67	5	this	this	DT
1917	67	6	template	template	NN
1917	67	7	is	be	VBZ
1917	67	8	the	the	DT
1917	67	9	METS	METS	NNP
1917	67	10	behavior	behavior	NN
1917	67	11	section	section	NN
1917	67	12	(	(	-LRB-
1917	67	13	c	c	NN
1917	67	14	)	)	-RRB-
1917	67	15	,	,	,
1917	67	16	in	in	IN
1917	67	17	which	which	WDT
1917	67	18	the	the	DT
1917	67	19	applications	application	NNS
1917	67	20	required	require	VBN
1917	67	21	to	to	TO
1917	67	22	process	process	VB
1917	67	23	the	the	DT
1917	67	24	digital	digital	JJ
1917	67	25	objects	object	NNS
1917	67	26	are	be	VBP
1917	67	27	defined	define	VBN
1917	67	28	.	.	.
1917	68	1	Two	two	CD
1917	68	2	behavior	behavior	NN
1917	68	3	sections	section	NNS
1917	68	4	are	be	VBP
1917	68	5	shown	show	VBN
1917	68	6	in	in	IN
1917	68	7	this	this	DT
1917	68	8	example	example	NN
1917	68	9	:	:	:
1917	68	10	the	the	DT
1917	68	11	first	first	JJ
1917	68	12	is	be	VBZ
1917	68	13	used	use	VBN
1917	68	14	to	to	TO
1917	68	15	invoke	invoke	VB
1917	68	16	the	the	DT
1917	68	17	XSLT	xslt	NN
1917	68	18	transformation	transformation	NN
1917	68	19	by	by	IN
1917	68	20	which	which	WDT
1917	68	21	this	this	DT
1917	68	22	METS	METS	NNP
1917	68	23	template	template	NN
1917	68	24	file	file	NN
1917	68	25	is	be	VBZ
1917	68	26	to	to	TO
1917	68	27	be	be	VB
1917	68	28	processed	process	VBN
1917	68	29	,	,	,
1917	68	30	the	the	DT
1917	68	31	second	second	JJ
1917	68	32	to	to	TO
1917	68	33	define	define	VB
1917	68	34	the	the	DT
1917	68	35	software	software	NN
1917	68	36	necessary	necessary	JJ
1917	68	37	to	to	TO
1917	68	38	co	co	VB
1917	68	39	-	-	VB
1917	68	40	process	process	VB
1917	68	41	the	the	DT
1917	68	42	two	two	CD
1917	68	43	images	image	NNS
1917	68	44	files	file	NNS
1917	68	45	for	for	IN
1917	68	46	delivery	delivery	NN
1917	68	47	.	.	.
1917	69	1	Both	both	DT
1917	69	2	indicate	indicate	VBP
1917	69	3	the	the	DT
1917	69	4	divisions	division	NNS
1917	69	5	of	of	IN
1917	69	6	the	the	DT
1917	69	7	structural	structural	JJ
1917	69	8	map	map	NN
1917	69	9	whose	whose	WP$
1917	69	10	components	component	NNS
1917	69	11	they	-PRON-	PRP
1917	69	12	process	process	VBP
1917	69	13	by	by	IN
1917	69	14	their	-PRON-	PRP$
1917	69	15	STRUCTID	STRUCTID	NNP
1917	69	16	attributes	attribute	VBZ
1917	69	17	:	:	:
1917	69	18	the	the	DT
1917	69	19	first	first	JJ
1917	69	20	references	reference	NNS
1917	69	21	the	the	DT
1917	69	22	map	map	NN
1917	69	23	as	as	IN
1917	69	24	a	a	DT
1917	69	25	whole	whole	NN
1917	69	26	because	because	IN
1917	69	27	it	-PRON-	PRP
1917	69	28	applies	apply	VBZ
1917	69	29	to	to	TO
1917	69	30	recursively	recursively	RB
1917	69	31	to	to	IN
1917	69	32	the	the	DT
1917	69	33	METS	METS	NNP
1917	69	34	file	file	NN
1917	69	35	itself	-PRON-	PRP
1917	69	36	,	,	,
1917	69	37	the	the	DT
1917	69	38	second	second	JJ
1917	69	39	references	reference	NNS
1917	69	40	the	the	DT
1917	69	41	experiment	experiment	NN
1917	69	42	for	for	IN
1917	69	43	which	which	WDT
1917	69	44	it	-PRON-	PRP
1917	69	45	is	be	VBZ
1917	69	46	needed	need	VBN
1917	69	47	.	.	.
1917	70	1	When	when	WRB
1917	70	2	delivering	deliver	VBG
1917	70	3	a	a	DT
1917	70	4	digital	digital	JJ
1917	70	5	object	object	NN
1917	70	6	,	,	,
1917	70	7	it	-PRON-	PRP
1917	70	8	is	be	VBZ
1917	70	9	then	then	RB
1917	70	10	necessary	necessary	JJ
1917	70	11	to	to	TO
1917	70	12	process	process	VB
1917	70	13	this	this	DT
1917	70	14	template	template	NN
1917	70	15	METS	METS	NNP
1917	70	16	file	file	NN
1917	70	17	to	to	TO
1917	70	18	generate	generate	VB
1917	70	19	the	the	DT
1917	70	20	final	final	JJ
1917	70	21	version	version	NN
1917	70	22	used	use	VBN
1917	70	23	to	to	TO
1917	70	24	encode	encode	VB
1917	70	25	its	-PRON-	PRP$
1917	70	26	metadata	metadata	NN
1917	70	27	in	in	IN
1917	70	28	full	full	JJ
1917	70	29	.	.	.
1917	71	1	The	the	DT
1917	71	2	XSLT	xslt	NN
1917	71	3	used	use	VBD
1917	71	4	to	to	TO
1917	71	5	do	do	VB
1917	71	6	this	this	DT
1917	71	7	co	co	NN
1917	71	8	-	-	VB
1917	71	9	processes	process	VBZ
1917	71	10	the	the	DT
1917	71	11	template	template	NN
1917	71	12	and	and	CC
1917	71	13	a	a	DT
1917	71	14	separate	separate	JJ
1917	71	15	METS	METS	NNP
1917	71	16	file	file	NN
1917	71	17	defined	define	VBN
1917	71	18	for	for	IN
1917	71	19	each	each	DT
1917	71	20	object	object	NN
1917	71	21	containing	contain	VBG
1917	71	22	all	all	DT
1917	71	23	of	of	IN
1917	71	24	its	-PRON-	PRP$
1917	71	25	relevant	relevant	JJ
1917	71	26	metadata	metadata	NN
1917	71	27	:	:	:
1917	71	28	INFORMATION	INFORMATION	NNP
1917	71	29	TECHNOLOGY	TECHNOLOGY	NNP
1917	71	30	AND	and	CC
1917	71	31	LIBRARIES	LIBRARIES	NNP
1917	71	32	|	|	NNP
1917	71	33	SEPTEMBER	SEPTEMBER	NNP
1917	71	34	2012	2012	CD
1917	71	35	31	31	CD
1917	71	36	this	this	DT
1917	71	37	latter	latter	JJ
1917	71	38	file	file	NN
1917	71	39	is	be	VBZ
1917	71	40	used	use	VBN
1917	71	41	to	to	TO
1917	71	42	populate	populate	VB
1917	71	43	the	the	DT
1917	71	44	empty	empty	JJ
1917	71	45	sections	section	NNS
1917	71	46	of	of	IN
1917	71	47	the	the	DT
1917	71	48	template	template	NN
1917	71	49	,	,	,
1917	71	50	in	in	IN
1917	71	51	particular	particular	JJ
1917	71	52	the	the	DT
1917	71	53	file	file	NN
1917	71	54	section	section	NN
1917	71	55	.	.	.
1917	72	1	Figure	figure	NN
1917	72	2	3	3	CD
1917	72	3	provides	provide	VBZ
1917	72	4	an	an	DT
1917	72	5	illustration	illustration	NN
1917	72	6	of	of	IN
1917	72	7	the	the	DT
1917	72	8	XSLT	xslt	NN
1917	72	9	fragment	fragment	NN
1917	72	10	which	which	WDT
1917	72	11	carries	carry	VBZ
1917	72	12	out	out	RP
1917	72	13	this	this	DT
1917	72	14	function	function	NN
1917	72	15	.	.	.
1917	73	1	Figure	figure	NN
1917	73	2	3	3	CD
1917	73	3	.	.	.
1917	74	1	The	the	DT
1917	74	2	XSLT	xslt	NN
1917	74	3	transformation	transformation	NN
1917	74	4	file	file	NN
1917	74	5	is	be	VBZ
1917	74	6	evoked	evoke	VBN
1917	74	7	with	with	IN
1917	74	8	the	the	DT
1917	74	9	sample	sample	NN
1917	74	10	parameter	parameter	NN
1917	74	11	,	,	,
1917	74	12	which	which	WDT
1917	74	13	contains	contain	VBZ
1917	74	14	the	the	DT
1917	74	15	number	number	NN
1917	74	16	of	of	IN
1917	74	17	the	the	DT
1917	74	18	sample	sample	NN
1917	74	19	to	to	TO
1917	74	20	be	be	VB
1917	74	21	rendered	render	VBN
1917	74	22	:	:	:
1917	74	23	this	this	DT
1917	74	24	is	be	VBZ
1917	74	25	used	use	VBN
1917	74	26	to	to	TO
1917	74	27	generate	generate	VB
1917	74	28	the	the	DT
1917	74	29	filename	filename	NN
1917	74	30	for	for	IN
1917	74	31	the	the	DT
1917	74	32	document	document	NN
1917	74	33	function	function	NN
1917	74	34	,	,	,
1917	74	35	which	which	WDT
1917	74	36	selects	select	VBZ
1917	74	37	the	the	DT
1917	74	38	relevant	relevant	JJ
1917	74	39	METS	METS	NNP
1917	74	40	file	file	NN
1917	74	41	containing	contain	VBG
1917	74	42	metadata	metadata	NN
1917	74	43	for	for	IN
1917	74	44	the	the	DT
1917	74	45	image	image	NN
1917	74	46	itself	-PRON-	PRP
1917	74	47	.	.	.
1917	75	1	The	the	DT
1917	75	2	<	<	XX
1917	75	3	file	file	NN
1917	75	4	>	>	XX
1917	75	5	element	element	NN
1917	75	6	within	within	IN
1917	75	7	this	this	DT
1917	75	8	file	file	NN
1917	75	9	,	,	,
1917	75	10	which	which	WDT
1917	75	11	corresponds	correspond	VBZ
1917	75	12	to	to	IN
1917	75	13	the	the	DT
1917	75	14	required	require	VBN
1917	75	15	image	image	NN
1917	75	16	,	,	,
1917	75	17	is	be	VBZ
1917	75	18	then	then	RB
1917	75	19	integrated	integrate	VBN
1917	75	20	into	into	IN
1917	75	21	the	the	DT
1917	75	22	relevant	relevant	JJ
1917	75	23	<	<	XX
1917	75	24	fileGrp	fileGrp	NNP
1917	75	25	>	>	XX
1917	75	26	element	element	NN
1917	75	27	in	in	IN
1917	75	28	the	the	DT
1917	75	29	template	template	NN
1917	75	30	file	file	NN
1917	75	31	,	,	,
1917	75	32	populating	populate	VBG
1917	75	33	it	-PRON-	PRP
1917	75	34	with	with	IN
1917	75	35	its	-PRON-	PRP$
1917	75	36	subcomponents	subcomponent	NNS
1917	75	37	,	,	,
1917	75	38	including	include	VBG
1917	75	39	the	the	DT
1917	75	40	<	<	XX
1917	75	41	FLocat	FLocat	NNP
1917	75	42	>	>	NN
1917	75	43	element	element	NN
1917	75	44	,	,	,
1917	75	45	which	which	WDT
1917	75	46	contains	contain	VBZ
1917	75	47	the	the	DT
1917	75	48	location	location	NN
1917	75	49	of	of	IN
1917	75	50	the	the	DT
1917	75	51	file	file	NN
1917	75	52	itself	-PRON-	PRP
1917	75	53	.	.	.
1917	76	1	In	in	IN
1917	76	2	the	the	DT
1917	76	3	case	case	NN
1917	76	4	of	of	IN
1917	76	5	the	the	DT
1917	76	6	ACTIN_5	actin_5	CD
1917	76	7	experiment	experiment	NN
1917	76	8	,	,	,
1917	76	9	which	which	WDT
1917	76	10	generates	generate	VBZ
1917	76	11	a	a	DT
1917	76	12	video	video	NN
1917	76	13	file	file	NN
1917	76	14	from	from	IN
1917	76	15	a	a	DT
1917	76	16	sequence	sequence	NN
1917	76	17	of	of	IN
1917	76	18	still	still	RB
1917	76	19	images	image	NNS
1917	76	20	,	,	,
1917	76	21	the	the	DT
1917	76	22	processes	process	NNS
1917	76	23	involved	involve	VBN
1917	76	24	are	be	VBP
1917	76	25	slightly	slightly	RB
1917	76	26	more	more	RBR
1917	76	27	complicated	complicated	JJ
1917	76	28	.	.	.
1917	77	1	Because	because	IN
1917	77	2	the	the	DT
1917	77	3	number	number	NN
1917	77	4	of	of	IN
1917	77	5	still	still	RB
1917	77	6	images	image	NNS
1917	77	7	to	to	TO
1917	77	8	be	be	VB
1917	77	9	processed	process	VBN
1917	77	10	will	will	MD
1917	77	11	vary	vary	VB
1917	77	12	for	for	IN
1917	77	13	each	each	DT
1917	77	14	sample	sample	NN
1917	77	15	,	,	,
1917	77	16	it	-PRON-	PRP
1917	77	17	is	be	VBZ
1917	77	18	not	not	RB
1917	77	19	possible	possible	JJ
1917	77	20	to	to	TO
1917	77	21	specify	specify	VB
1917	77	22	the	the	DT
1917	77	23	template	template	NN
1917	77	24	for	for	IN
1917	77	25	the	the	DT
1917	77	26	delivery	delivery	NN
1917	77	27	METS	METS	NNP
1917	77	28	AS	as	IN
1917	77	29	AN	an	DT
1917	77	30	INTERMEDIARY	intermediary	NN
1917	77	31	SCHEMA	SCHEMA	NNP
1917	77	32	FOR	for	IN
1917	77	33	A	a	DT
1917	77	34	DIGITAL	DIGITAL	NNP
1917	77	35	LIBRARY	library	NN
1917	77	36	OF	of	IN
1917	77	37	SCIENTIFIC	SCIENTIFIC	NNP
1917	77	38	MULTIMEDIA	MULTIMEDIA	NNP
1917	77	39	|	|	NNP
1917	77	40	GARTNER	GARTNER	NNP
1917	77	41	32	32	CD
1917	77	42	version	version	NN
1917	77	43	of	of	IN
1917	77	44	the	the	DT
1917	77	45	sequence	sequence	NN
1917	77	46	explicitly	explicitly	RB
1917	77	47	within	within	IN
1917	77	48	a	a	DT
1917	77	49	<	<	XX
1917	77	50	fileGrp	fileGrp	NNP
1917	77	51	>	>	XX
1917	77	52	element	element	NN
1917	77	53	as	as	IN
1917	77	54	is	be	VBZ
1917	77	55	done	do	VBN
1917	77	56	for	for	IN
1917	77	57	the	the	DT
1917	77	58	other	other	JJ
1917	77	59	experiments	experiment	NNS
1917	77	60	.	.	.
1917	78	1	Instead	instead	RB
1917	78	2	,	,	,
1917	78	3	it	-PRON-	PRP
1917	78	4	is	be	VBZ
1917	78	5	necessary	necessary	JJ
1917	78	6	to	to	TO
1917	78	7	define	define	VB
1917	78	8	a	a	DT
1917	78	9	further	further	JJ
1917	78	10	METS	METS	NNP
1917	78	11	file	file	NN
1917	78	12	(	(	-LRB-
1917	78	13	the	the	DT
1917	78	14	“	"	``
1917	78	15	sequence	sequence	NN
1917	78	16	file	file	NN
1917	78	17	”	"	''
1917	78	18	)	)	-RRB-
1917	78	19	in	in	IN
1917	78	20	which	which	WDT
1917	78	21	the	the	DT
1917	78	22	sequence	sequence	NN
1917	78	23	for	for	IN
1917	78	24	a	a	DT
1917	78	25	given	give	VBN
1917	78	26	sample	sample	NN
1917	78	27	is	be	VBZ
1917	78	28	defined	define	VBN
1917	78	29	.	.	.
1917	79	1	In	in	IN
1917	79	2	this	this	DT
1917	79	3	case	case	NN
1917	79	4	,	,	,
1917	79	5	the	the	DT
1917	79	6	architecture	architecture	NN
1917	79	7	is	be	VBZ
1917	79	8	shown	show	VBN
1917	79	9	in	in	IN
1917	79	10	figure	figure	NN
1917	79	11	4	4	CD
1917	79	12	.	.	.
1917	80	1	Figure	figure	NN
1917	80	2	4	4	CD
1917	80	3	.	.	.
1917	81	1	Populating	populate	VBG
1917	81	2	Sequentially	Sequentially	NNP
1917	81	3	Processed	process	VBN
1917	81	4	File	file	NN
1917	81	5	Section	section	NN
1917	81	6	with	with	IN
1917	81	7	XSLT	xslt	NN
1917	81	8	In	in	IN
1917	81	9	this	this	DT
1917	81	10	case	case	NN
1917	81	11	the	the	DT
1917	81	12	<	<	XX
1917	81	13	fileGrp	fileGrp	NNP
1917	81	14	>	>	XX
1917	81	15	element	element	NN
1917	81	16	in	in	IN
1917	81	17	the	the	DT
1917	81	18	METS	METS	NNP
1917	81	19	template	template	NN
1917	81	20	file	file	NN
1917	81	21	acts	act	VBZ
1917	81	22	as	as	IN
1917	81	23	a	a	DT
1917	81	24	placeholder	placeholder	NN
1917	81	25	only	only	RB
1917	81	26	and	and	CC
1917	81	27	does	do	VBZ
1917	81	28	not	not	RB
1917	81	29	encode	encode	VB
1917	81	30	even	even	RB
1917	81	31	the	the	DT
1917	81	32	skeletal	skeletal	JJ
1917	81	33	information	information	NN
1917	81	34	for	for	IN
1917	81	35	the	the	DT
1917	81	36	parallel	parallel	NN
1917	81	37	-	-	HYPH
1917	81	38	processed	process	VBN
1917	81	39	TIFF	TIFF	NNP
1917	81	40	files	file	NNS
1917	81	41	in	in	IN
1917	81	42	figure	figure	NN
1917	81	43	3	3	CD
1917	81	44	.	.	.
1917	82	1	Similarly	similarly	RB
1917	82	2	,	,	,
1917	82	3	the	the	DT
1917	82	4	structural	structural	JJ
1917	82	5	map	map	NN
1917	82	6	<	<	XX
1917	82	7	div	div	NNP
1917	82	8	>	>	XX
1917	82	9	for	for	IN
1917	82	10	this	this	DT
1917	82	11	experiment	experiment	NN
1917	82	12	indicates	indicate	VBZ
1917	82	13	only	only	RB
1917	82	14	that	that	IN
1917	82	15	this	this	DT
1917	82	16	section	section	NN
1917	82	17	is	be	VBZ
1917	82	18	a	a	DT
1917	82	19	sequence	sequence	NN
1917	82	20	but	but	CC
1917	82	21	does	do	VBZ
1917	82	22	not	not	RB
1917	82	23	enumerate	enumerate	VB
1917	82	24	the	the	DT
1917	82	25	files	file	NNS
1917	82	26	themselves	-PRON-	PRP
1917	82	27	even	even	RB
1917	82	28	in	in	IN
1917	82	29	template	template	NN
1917	82	30	form	form	NN
1917	82	31	.	.	.
1917	83	1	Both	both	DT
1917	83	2	of	of	IN
1917	83	3	these	these	DT
1917	83	4	sections	section	NNS
1917	83	5	are	be	VBP
1917	83	6	populated	populate	VBN
1917	83	7	when	when	WRB
1917	83	8	the	the	DT
1917	83	9	file	file	NN
1917	83	10	is	be	VBZ
1917	83	11	processed	process	VBN
1917	83	12	by	by	IN
1917	83	13	the	the	DT
1917	83	14	XSLT	XSLT	NNP
1917	83	15	transformation	transformation	NN
1917	83	16	to	to	TO
1917	83	17	import	import	VB
1917	83	18	metadata	metadata	NN
1917	83	19	from	from	IN
1917	83	20	the	the	DT
1917	83	21	METS	METS	NNP
1917	83	22	“	"	``
1917	83	23	sequence	sequence	NN
1917	83	24	file	file	NN
1917	83	25	,	,	,
1917	83	26	”	"	''
1917	83	27	INFORMATION	INFORMATION	VBD
1917	83	28	TECHNOLOGY	TECHNOLOGY	NNP
1917	83	29	AND	and	CC
1917	83	30	LIBRARIES	library	NNS
1917	83	31	|	|	NNP
1917	83	32	SEPTEMBER	SEPTEMBER	NNP
1917	83	33	2012	2012	CD
1917	83	34	33	33	CD
1917	83	35	in	in	IN
1917	83	36	which	which	WDT
1917	83	37	the	the	DT
1917	83	38	file	file	NN
1917	83	39	inventory	inventory	NN
1917	83	40	(	(	-LRB-
1917	83	41	a	a	DT
1917	83	42	)	)	-RRB-
1917	83	43	and	and	CC
1917	83	44	sequential	sequential	JJ
1917	83	45	structure	structure	NN
1917	83	46	(	(	-LRB-
1917	83	47	b	b	NN
1917	83	48	)	)	-RRB-
1917	83	49	for	for	IN
1917	83	50	a	a	DT
1917	83	51	given	give	VBN
1917	83	52	sample	sample	NN
1917	83	53	are	be	VBP
1917	83	54	listed	list	VBN
1917	83	55	.	.	.
1917	84	1	The	the	DT
1917	84	2	XSLT	XSLT	NNP
1917	84	3	file	file	NN
1917	84	4	populates	populate	VBZ
1917	84	5	the	the	DT
1917	84	6	file	file	NN
1917	84	7	section	section	NN
1917	84	8	and	and	CC
1917	84	9	structural	structural	JJ
1917	84	10	map	map	NN
1917	84	11	directly	directly	RB
1917	84	12	from	from	IN
1917	84	13	this	this	DT
1917	84	14	file	file	NN
1917	84	15	,	,	,
1917	84	16	replacing	replace	VBG
1917	84	17	the	the	DT
1917	84	18	skeletal	skeletal	JJ
1917	84	19	sections	section	NNS
1917	84	20	in	in	IN
1917	84	21	the	the	DT
1917	84	22	template	template	NN
1917	84	23	with	with	IN
1917	84	24	their	-PRON-	PRP$
1917	84	25	counterparts	counterpart	NNS
1917	84	26	from	from	IN
1917	84	27	the	the	DT
1917	84	28	sequence	sequence	NN
1917	84	29	file	file	NN
1917	84	30	.	.	.
1917	85	1	Through	through	IN
1917	85	2	this	this	DT
1917	85	3	relatively	relatively	RB
1917	85	4	simple	simple	JJ
1917	85	5	XSLT	xslt	NN
1917	85	6	transformation	transformation	NN
1917	85	7	,	,	,
1917	85	8	the	the	DT
1917	85	9	final	final	JJ
1917	85	10	delivery	delivery	NN
1917	85	11	version	version	NN
1917	85	12	of	of	IN
1917	85	13	the	the	DT
1917	85	14	METS	METS	NNP
1917	85	15	file	file	NN
1917	85	16	is	be	VBZ
1917	85	17	readily	readily	RB
1917	85	18	generated	generate	VBN
1917	85	19	for	for	IN
1917	85	20	either	either	DT
1917	85	21	content	content	NN
1917	85	22	model	model	NN
1917	85	23	.	.	.
1917	86	1	This	this	DT
1917	86	2	file	file	NN
1917	86	3	can	can	MD
1917	86	4	itself	-PRON-	PRP
1917	86	5	then	then	RB
1917	86	6	be	be	VB
1917	86	7	delivered	deliver	VBN
1917	86	8	on	on	IN
1917	86	9	the	the	DT
1917	86	10	fly	fly	NN
1917	86	11	(	(	-LRB-
1917	86	12	for	for	IN
1917	86	13	instance	instance	NN
1917	86	14	,	,	,
1917	86	15	as	as	IN
1917	86	16	a	a	DT
1917	86	17	Fedora	Fedora	NNP
1917	86	18	disseminator	disseminator	NN
1917	86	19	)	)	-RRB-
1917	86	20	;	;	:
1917	86	21	this	this	DT
1917	86	22	is	be	VBZ
1917	86	23	done	do	VBN
1917	86	24	by	by	IN
1917	86	25	using	use	VBG
1917	86	26	a	a	DT
1917	86	27	further	further	JJ
1917	86	28	XSLT	xslt	NN
1917	86	29	file	file	NN
1917	86	30	to	to	TO
1917	86	31	process	process	VB
1917	86	32	the	the	DT
1917	86	33	complex	complex	JJ
1917	86	34	digital	digital	JJ
1917	86	35	object	object	NN
1917	86	36	components	component	NNS
1917	86	37	using	use	VBG
1917	86	38	the	the	DT
1917	86	39	mechanism	mechanism	NN
1917	86	40	associated	associate	VBN
1917	86	41	with	with	IN
1917	86	42	each	each	DT
1917	86	43	experiment	experiment	NN
1917	86	44	in	in	IN
1917	86	45	the	the	DT
1917	86	46	METS	METS	NNP
1917	86	47	behavior	behavior	NN
1917	86	48	section	section	NN
1917	86	49	.	.	.
1917	87	1	Given	give	VBN
1917	87	2	the	the	DT
1917	87	3	relatively	relatively	RB
1917	87	4	small	small	JJ
1917	87	5	size	size	NN
1917	87	6	of	of	IN
1917	87	7	all	all	DT
1917	87	8	of	of	IN
1917	87	9	the	the	DT
1917	87	10	files	file	NNS
1917	87	11	involved	involve	VBN
1917	87	12	,	,	,
1917	87	13	this	this	DT
1917	87	14	processing	processing	NN
1917	87	15	can	can	MD
1917	87	16	be	be	VB
1917	87	17	done	do	VBN
1917	87	18	more	more	RBR
1917	87	19	quickly	quickly	RB
1917	87	20	than	than	IN
1917	87	21	would	would	MD
1917	87	22	be	be	VB
1917	87	23	possibly	possibly	RB
1917	87	24	using	use	VBG
1917	87	25	a	a	DT
1917	87	26	fully	fully	RB
1917	87	27	aggregated	aggregate	VBN
1917	87	28	METS	METS	NNP
1917	87	29	approach	approach	NN
1917	87	30	.	.	.
1917	88	1	In	in	IN
1917	88	2	the	the	DT
1917	88	3	laboratory	laboratory	NN
1917	88	4	environment	environment	NN
1917	88	5	in	in	IN
1917	88	6	particular	particular	JJ
1917	88	7	,	,	,
1917	88	8	where	where	WRB
1917	88	9	the	the	DT
1917	88	10	fast	fast	JJ
1917	88	11	rendering	rendering	NN
1917	88	12	and	and	CC
1917	88	13	delivery	delivery	NN
1917	88	14	of	of	IN
1917	88	15	these	these	DT
1917	88	16	images	image	NNS
1917	88	17	is	be	VBZ
1917	88	18	needed	need	VBN
1917	88	19	so	so	RB
1917	88	20	as	as	IN
1917	88	21	not	not	RB
1917	88	22	to	to	TO
1917	88	23	impede	impede	VB
1917	88	24	workflows	workflow	NNS
1917	88	25	,	,	,
1917	88	26	this	this	DT
1917	88	27	has	have	VBZ
1917	88	28	major	major	JJ
1917	88	29	advantages	advantage	NNS
1917	88	30	.	.	.
1917	89	1	Although	although	IN
1917	89	2	the	the	DT
1917	89	3	project	project	NN
1917	89	4	aimed	aim	VBN
1917	89	5	to	to	TO
1917	89	6	examine	examine	VB
1917	89	7	specifically	specifically	RB
1917	89	8	the	the	DT
1917	89	9	use	use	NN
1917	89	10	of	of	IN
1917	89	11	Fedora	Fedora	NNP
1917	89	12	for	for	IN
1917	89	13	the	the	DT
1917	89	14	delivery	delivery	NN
1917	89	15	of	of	IN
1917	89	16	this	this	DT
1917	89	17	complex	complex	JJ
1917	89	18	material	material	NN
1917	89	19	,	,	,
1917	89	20	and	and	CC
1917	89	21	so	so	RB
1917	89	22	employed	employ	VBN
1917	89	23	FCM	FCM	NNP
1917	89	24	as	as	IN
1917	89	25	the	the	DT
1917	89	26	basis	basis	NN
1917	89	27	of	of	IN
1917	89	28	its	-PRON-	PRP$
1917	89	29	metadata	metadata	NN
1917	89	30	strategy	strategy	NN
1917	89	31	,	,	,
1917	89	32	the	the	DT
1917	89	33	technique	technique	NN
1917	89	34	examined	examine	VBN
1917	89	35	in	in	IN
1917	89	36	this	this	DT
1917	89	37	article	article	NN
1917	89	38	proved	prove	VBD
1917	89	39	itself	-PRON-	PRP
1917	89	40	a	a	DT
1917	89	41	viable	viable	JJ
1917	89	42	alternative	alternative	NN
1917	89	43	that	that	WDT
1917	89	44	made	make	VBD
1917	89	45	much	much	RB
1917	89	46	fewer	few	JJR
1917	89	47	demands	demand	NNS
1917	89	48	on	on	IN
1917	89	49	developer	developer	NN
1917	89	50	time	time	NN
1917	89	51	.	.	.
1917	90	1	The	the	DT
1917	90	2	small	small	JJ
1917	90	3	number	number	NN
1917	90	4	of	of	IN
1917	90	5	XSLT	XSLT	NNP
1917	90	6	stylesheets	stylesheet	NNS
1917	90	7	required	require	VBN
1917	90	8	to	to	TO
1917	90	9	render	render	VB
1917	90	10	and	and	CC
1917	90	11	deliver	deliver	VB
1917	90	12	the	the	DT
1917	90	13	METS	METS	NNP
1917	90	14	files	file	NNS
1917	90	15	were	be	VBD
1917	90	16	written	write	VBN
1917	90	17	within	within	IN
1917	90	18	a	a	DT
1917	90	19	few	few	JJ
1917	90	20	hours	hour	NNS
1917	90	21	:	:	:
1917	90	22	the	the	DT
1917	90	23	development	development	NN
1917	90	24	time	time	NN
1917	90	25	to	to	TO
1917	90	26	program	program	VB
1917	90	27	the	the	DT
1917	90	28	delivery	delivery	NN
1917	90	29	of	of	IN
1917	90	30	the	the	DT
1917	90	31	RDF-	RDF-	NNP
1917	90	32	based	base	VBN
1917	90	33	metadata	metadata	NN
1917	90	34	that	that	WDT
1917	90	35	formed	form	VBD
1917	90	36	the	the	DT
1917	90	37	FCM	FCM	NNP
1917	90	38	required	require	VBD
1917	90	39	several	several	JJ
1917	90	40	weeks	week	NNS
1917	90	41	.	.	.
1917	91	1	Processing	processing	NN
1917	91	2	XML	xml	NN
1917	91	3	using	use	VBG
1917	91	4	XSLT	XSLT	NNP
1917	91	5	disseminators	disseminator	NNS
1917	91	6	in	in	IN
1917	91	7	Fedora	Fedora	NNP
1917	91	8	is	be	VBZ
1917	91	9	very	very	RB
1917	91	10	fast	fast	JJ
1917	91	11	,	,	,
1917	91	12	and	and	CC
1917	91	13	so	so	RB
1917	91	14	using	use	VBG
1917	91	15	this	this	DT
1917	91	16	method	method	NN
1917	91	17	instead	instead	RB
1917	91	18	of	of	IN
1917	91	19	processing	process	VBG
1917	91	20	RDF	RDF	NNP
1917	91	21	introduces	introduce	VBZ
1917	91	22	no	no	DT
1917	91	23	discernible	discernible	JJ
1917	91	24	delays	delay	NNS
1917	91	25	in	in	IN
1917	91	26	object	object	NN
1917	91	27	delivery	delivery	NN
1917	91	28	.	.	.
1917	92	1	CONCLUSIONS	conclusion	NNS
1917	92	2	This	this	DT
1917	92	3	approach	approach	NN
1917	92	4	to	to	IN
1917	92	5	delivering	deliver	VBG
1917	92	6	complex	complex	JJ
1917	92	7	content	content	NN
1917	92	8	appears	appear	VBZ
1917	92	9	to	to	TO
1917	92	10	offer	offer	VB
1917	92	11	the	the	DT
1917	92	12	benefits	benefit	NNS
1917	92	13	of	of	IN
1917	92	14	the	the	DT
1917	92	15	alternative	alternative	JJ
1917	92	16	approaches	approach	NNS
1917	92	17	outlined	outline	VBN
1917	92	18	above	above	RB
1917	92	19	in	in	IN
1917	92	20	a	a	DT
1917	92	21	simpler	simple	JJR
1917	92	22	manner	manner	NN
1917	92	23	than	than	IN
1917	92	24	either	either	DT
1917	92	25	currently	currently	RB
1917	92	26	allows	allow	VBZ
1917	92	27	.	.	.
1917	93	1	It	-PRON-	PRP
1917	93	2	offers	offer	VBZ
1917	93	3	much	much	RB
1917	93	4	greater	great	JJR
1917	93	5	flexibility	flexibility	NN
1917	93	6	than	than	IN
1917	93	7	the	the	DT
1917	93	8	METS	METS	NNP
1917	93	9	<	<	XX
1917	93	10	mptr	mptr	NNP
1917	93	11	>	>	XX
1917	93	12	element	element	NN
1917	93	13	,	,	,
1917	93	14	which	which	WDT
1917	93	15	can	can	MD
1917	93	16	only	only	RB
1917	93	17	populate	populate	VB
1917	93	18	a	a	DT
1917	93	19	complete	complete	JJ
1917	93	20	structural	structural	JJ
1917	93	21	map	map	NN
1917	93	22	division	division	NN
1917	93	23	.	.	.
1917	94	1	When	when	WRB
1917	94	2	compared	compare	VBN
1917	94	3	to	to	IN
1917	94	4	the	the	DT
1917	94	5	FCM	FCM	NNP
1917	94	6	approach	approach	NN
1917	94	7	,	,	,
1917	94	8	this	this	DT
1917	94	9	strategy	strategy	NN
1917	94	10	,	,	,
1917	94	11	which	which	WDT
1917	94	12	relies	rely	VBZ
1917	94	13	solely	solely	RB
1917	94	14	on	on	IN
1917	94	15	relatively	relatively	RB
1917	94	16	simple	simple	JJ
1917	94	17	XSLT	xslt	NN
1917	94	18	transformations	transformation	NNS
1917	94	19	for	for	IN
1917	94	20	processing	process	VBG
1917	94	21	the	the	DT
1917	94	22	metadata	metadata	NN
1917	94	23	,	,	,
1917	94	24	requires	require	VBZ
1917	94	25	less	less	JJR
1917	94	26	developer	developer	NN
1917	94	27	time	time	NN
1917	94	28	but	but	CC
1917	94	29	offers	offer	VBZ
1917	94	30	a	a	DT
1917	94	31	similar	similar	JJ
1917	94	32	degree	degree	NN
1917	94	33	of	of	IN
1917	94	34	flexibility	flexibility	NN
1917	94	35	of	of	IN
1917	94	36	structure	structure	NN
1917	94	37	and	and	CC
1917	94	38	granularity	granularity	NN
1917	94	39	.	.	.
1917	95	1	It	-PRON-	PRP
1917	95	2	also	also	RB
1917	95	3	avoids	avoid	VBZ
1917	95	4	much	much	JJ
1917	95	5	of	of	IN
1917	95	6	the	the	DT
1917	95	7	rigidity	rigidity	NN
1917	95	8	of	of	IN
1917	95	9	the	the	DT
1917	95	10	OAI	OAI	NNP
1917	95	11	-	-	HYPH
1917	95	12	ORE	ORE	NNP
1917	95	13	approach	approach	NN
1917	95	14	by	by	IN
1917	95	15	not	not	RB
1917	95	16	requiring	require	VBG
1917	95	17	the	the	DT
1917	95	18	use	use	NN
1917	95	19	of	of	IN
1917	95	20	connected	connected	JJ
1917	95	21	RDF	RDF	NNP
1917	95	22	graphs	graph	NNS
1917	95	23	,	,	,
1917	95	24	and	and	CC
1917	95	25	so	so	RB
1917	95	26	frees	free	VBZ
1917	95	27	up	up	RP
1917	95	28	the	the	DT
1917	95	29	behavior	behavior	NN
1917	95	30	section	section	NN
1917	95	31	to	to	TO
1917	95	32	define	define	VB
1917	95	33	the	the	DT
1917	95	34	processing	processing	NN
1917	95	35	mechanisms	mechanism	NNS
1917	95	36	needed	need	VBN
1917	95	37	to	to	TO
1917	95	38	deliver	deliver	VB
1917	95	39	these	these	DT
1917	95	40	objects	object	NNS
1917	95	41	.	.	.
1917	96	1	Using	use	VBG
1917	96	2	the	the	DT
1917	96	3	intermediary	intermediary	JJ
1917	96	4	schema	schema	NN
1917	96	5	technique	technique	NN
1917	96	6	in	in	IN
1917	96	7	this	this	DT
1917	96	8	way	way	NN
1917	96	9	does	do	VBZ
1917	96	10	therefore	therefore	RB
1917	96	11	offers	offer	VBZ
1917	96	12	a	a	DT
1917	96	13	means	means	NN
1917	96	14	of	of	IN
1917	96	15	combining	combine	VBG
1917	96	16	the	the	DT
1917	96	17	advantages	advantage	NNS
1917	96	18	of	of	IN
1917	96	19	employing	employ	VBG
1917	96	20	well	well	RB
1917	96	21	-	-	HYPH
1917	96	22	defined	define	VBN
1917	96	23	interoperable	interoperable	JJ
1917	96	24	metadata	metadata	NN
1917	96	25	schemes	scheme	NNS
1917	96	26	and	and	CC
1917	96	27	the	the	DT
1917	96	28	practicalities	practicality	NNS
1917	96	29	of	of	IN
1917	96	30	delivering	deliver	VBG
1917	96	31	digital	digital	JJ
1917	96	32	content	content	NN
1917	96	33	in	in	IN
1917	96	34	an	an	DT
1917	96	35	efficient	efficient	JJ
1917	96	36	manner	manner	NN
1917	96	37	,	,	,
1917	96	38	which	which	WDT
1917	96	39	makes	make	VBZ
1917	96	40	limited	limited	JJ
1917	96	41	demands	demand	NNS
1917	96	42	on	on	IN
1917	96	43	development	development	NN
1917	96	44	.	.	.
1917	97	1	As	as	IN
1917	97	2	such	such	JJ
1917	97	3	,	,	,
1917	97	4	it	-PRON-	PRP
1917	97	5	represents	represent	VBZ
1917	97	6	a	a	DT
1917	97	7	viable	viable	JJ
1917	97	8	alternative	alternative	NN
1917	97	9	to	to	IN
1917	97	10	the	the	DT
1917	97	11	previous	previous	JJ
1917	97	12	attempts	attempt	NNS
1917	97	13	to	to	TO
1917	97	14	handle	handle	VB
1917	97	15	complex	complex	JJ
1917	97	16	aggregations	aggregation	NNS
1917	97	17	within	within	IN
1917	97	18	METS	METS	NNP
1917	97	19	discussed	discuss	VBD
1917	97	20	above	above	RB
1917	97	21	.	.	.
1917	98	1	The	the	DT
1917	98	2	adoption	adoption	NN
1917	98	3	of	of	IN
1917	98	4	integrated	integrated	JJ
1917	98	5	library	library	NN
1917	98	6	systems	system	NNS
1917	98	7	(	(	-LRB-
1917	98	8	ILS	ILS	NNP
1917	98	9	)	)	-RRB-
1917	98	10	became	become	VBD
1917	98	11	prevalent	prevalent	JJ
1917	98	12	in	in	IN
1917	98	13	the	the	DT
1917	98	14	1980s	1980	NNS
1917	98	15	and	and	CC
1917	98	16	1990s	1990	NNS
1917	98	17	as	as	IN
1917	98	18	libraries	library	NNS
1917	98	19	began	begin	VBD
1917	98	20	or	or	CC
1917	98	21	continued	continue	VBD
1917	98	22	to	to	TO
1917	98	23	automate	automate	VB
1917	98	24	their	-PRON-	PRP$
1917	98	25	processes	process	NNS
1917	98	26	.	.	.
1917	99	1	These	these	DT
1917	99	2	systems	system	NNS
1917	99	3	enabled	enable	VBD
1917	99	4	library	library	JJ
1917	99	5	staff	staff	NN
1917	99	6	to	to	TO
1917	99	7	work	work	VB
1917	99	8	,	,	,
1917	99	9	in	in	IN
1917	99	10	many	many	JJ
1917	99	11	cases	case	NNS
1917	99	12	,	,	,
1917	99	13	more	more	RBR
1917	99	14	efficiently	efficiently	RB
1917	99	15	than	than	IN
1917	99	16	they	-PRON-	PRP
1917	99	17	had	have	VBD
1917	99	18	been	be	VBN
1917	99	19	in	in	IN
1917	99	20	the	the	DT
1917	99	21	past	past	NN
1917	99	22	.	.	.
1917	100	1	However	however	RB
1917	100	2	,	,	,
1917	100	3	these	these	DT
1917	100	4	systems	system	NNS
1917	100	5	were	be	VBD
1917	100	6	also	also	RB
1917	100	7	restrictive	restrictive	JJ
1917	100	8	—	—	:
1917	100	9	especially	especially	RB
1917	100	10	as	as	IN
1917	100	11	the	the	DT
1917	100	12	nature	nature	NN
1917	100	13	of	of	IN
1917	100	14	the	the	DT
1917	100	15	work	work	NN
1917	100	16	began	begin	VBD
1917	100	17	to	to	TO
1917	100	18	change	change	VB
1917	100	19	—	—	:
1917	100	20	largely	largely	RB
1917	100	21	in	in	IN
1917	100	22	response	response	NN
1917	100	23	to	to	IN
1917	100	24	the	the	DT
1917	100	25	growth	growth	NN
1917	100	26	of	of	IN
1917	100	27	electronic	electronic	JJ
1917	100	28	and	and	CC
1917	100	29	digital	digital	JJ
1917	100	30	resources	resource	NNS
1917	100	31	for	for	IN
1917	100	32	which	which	WDT
1917	100	33	they	-PRON-	PRP
1917	100	34	were	be	VBD
1917	100	35	not	not	RB
1917	100	36	intended	intend	VBN
1917	100	37	to	to	TO
1917	100	38	manage	manage	VB
1917	100	39	.	.	.
1917	101	1	New	new	JJ
1917	101	2	library	library	NN
1917	101	3	systems	system	NNS
1917	101	4	—	—	:
1917	101	5	the	the	DT
1917	101	6	second	second	JJ
1917	101	7	(	(	-LRB-
1917	101	8	or	or	CC
1917	101	9	next	next	RB
1917	101	10	)	)	-RRB-
1917	101	11	generation	generation	NN
1917	101	12	—	—	:
1917	101	13	are	be	VBP
1917	101	14	needed	need	VBN
1917	101	15	to	to	TO
1917	101	16	effectively	effectively	RB
1917	101	17	manage	manage	VB
1917	101	18	the	the	DT
1917	101	19	processes	process	NNS
1917	101	20	of	of	IN
1917	101	21	acquiring	acquire	VBG
1917	101	22	,	,	,
1917	101	23	describing	describe	VBG
1917	101	24	,	,	,
1917	101	25	and	and	CC
1917	101	26	making	make	VBG
1917	101	27	available	available	JJ
1917	101	28	all	all	DT
1917	101	29	library	library	JJ
1917	101	30	resources	resource	NNS
1917	101	31	.	.	.
1917	102	1	This	this	DT
1917	102	2	article	article	NN
1917	102	3	examines	examine	VBZ
1917	102	4	the	the	DT
1917	102	5	state	state	NN
1917	102	6	of	of	IN
1917	102	7	library	library	NN
1917	102	8	systems	system	NNS
1917	102	9	today	today	NN
1917	102	10	and	and	CC
1917	102	11	describes	describe	VBZ
1917	102	12	the	the	DT
1917	102	13	features	feature	NNS
1917	102	14	needed	need	VBN
1917	102	15	in	in	IN
1917	102	16	a	a	DT
1917	102	17	next	next	JJ
1917	102	18	-	-	HYPH
1917	102	19	generation	generation	NN
1917	102	20	ILS	ILS	NNP
1917	102	21	.	.	.
1917	103	1	The	the	DT
1917	103	2	authors	author	NNS
1917	103	3	also	also	RB
1917	103	4	examine	examine	VBP
1917	103	5	some	some	DT
1917	103	6	of	of	IN
1917	103	7	the	the	DT
1917	103	8	next	next	JJ
1917	103	9	-	-	HYPH
1917	103	10	generation	generation	NN
1917	103	11	ILSs	ils	NNS
1917	103	12	currently	currently	RB
1917	103	13	in	in	IN
1917	103	14	development	development	NN
1917	103	15	that	that	WDT
1917	103	16	purport	purport	VBP
1917	103	17	to	to	TO
1917	103	18	fill	fill	VB
1917	103	19	the	the	DT
1917	103	20	changing	change	VBG
1917	103	21	needs	need	NNS
1917	103	22	of	of	IN
1917	103	23	libraries	library	NNS
1917	103	24	.	.	.
1917	104	1	METS	METS	NNP
1917	104	2	AS	as	IN
1917	104	3	AN	an	DT
1917	104	4	INTERMEDIARY	intermediary	NN
1917	104	5	SCHEMA	SCHEMA	NNP
1917	104	6	FOR	for	IN
1917	104	7	A	a	DT
1917	104	8	DIGITAL	DIGITAL	NNP
1917	104	9	LIBRARY	library	NN
1917	104	10	OF	of	IN
1917	104	11	SCIENTIFIC	SCIENTIFIC	NNP
1917	104	12	MULTIMEDIA	MULTIMEDIA	NNP
1917	104	13	|	|	NNP
1917	104	14	GARTNER	GARTNER	NNP
1917	104	15	34	34	CD
1917	104	16	REFERENCES	reference	NNS
1917	104	17	1	1	CD
1917	104	18	Library	library	CD
1917	104	19	of	of	IN
1917	104	20	Congress	Congress	NNP
1917	104	21	,	,	,
1917	104	22	“	"	``
1917	104	23	Metadata	Metadata	NNP
1917	104	24	Encoding	Encoding	NNP
1917	104	25	and	and	CC
1917	104	26	Transmission	Transmission	NNP
1917	104	27	Standard	Standard	NNP
1917	104	28	(	(	-LRB-
1917	104	29	METS	METS	NNP
1917	104	30	)	)	-RRB-
1917	104	31	Official	Official	NNP
1917	104	32	Web	web	NN
1917	104	33	Site	Site	NNP
1917	104	34	,	,	,
1917	104	35	”	"	''
1917	104	36	2011	2011	CD
1917	104	37	http://www.loc.gov/standards/mets	http://www.loc.gov/standards/met	NNS
1917	104	38	(	(	-LRB-
1917	104	39	accessed	access	VBN
1917	104	40	August	August	NNP
1917	104	41	1	1	CD
1917	104	42	,	,	,
1917	104	43	2011	2011	CD
1917	104	44	)	)	-RRB-
1917	104	45	.	.	.
1917	105	1	2	2	CD
1917	105	2	Organisation	Organisation	NNP
1917	105	3	Internationale	Internationale	NNP
1917	105	4	de	de	NNP
1917	105	5	Normalisation	Normalisation	NNP
1917	105	6	,	,	,
1917	105	7	“	"	``
1917	105	8	ISO	ISO	NNP
1917	105	9	/	/	SYM
1917	105	10	IEC	IEC	NNP
1917	105	11	JTC1	JTC1	NNP
1917	105	12	/	/	SYM
1917	105	13	SC29	SC29	NNP
1917	105	14	/	/	SYM
1917	105	15	WG11	WG11	NNP
1917	105	16	:	:	:
1917	105	17	Coding	code	VBG
1917	105	18	of	of	IN
1917	105	19	Moving	Moving	NNP
1917	105	20	Pictures	Pictures	NNP
1917	105	21	and	and	CC
1917	105	22	Audio	Audio	NNP
1917	105	23	,	,	,
1917	105	24	”	"	''
1917	105	25	2002	2002	CD
1917	105	26	,	,	,
1917	105	27	http://mpeg.chiariglione.org/standards/mpeg-21/mpeg-21.htm	http://mpeg.chiariglione.org/standards/mpeg-21/mpeg-21.htm	NNP
1917	105	28	(	(	-LRB-
1917	105	29	accessed	access	VBN
1917	105	30	August	August	NNP
1917	105	31	1	1	CD
1917	105	32	,	,	,
1917	105	33	2011	2011	CD
1917	105	34	)	)	-RRB-
1917	105	35	.	.	.
1917	106	1	3	3	CD
1917	106	2	Fedora	Fedora	NNP
1917	106	3	Commons	Commons	NNPS
1917	106	4	,	,	,
1917	106	5	“	"	``
1917	106	6	The	the	DT
1917	106	7	Fedora	Fedora	NNP
1917	106	8	Content	Content	NNP
1917	106	9	Model	Model	NNP
1917	106	10	Architecture	Architecture	NNP
1917	106	11	(	(	-LRB-
1917	106	12	CMA	CMA	NNP
1917	106	13	)	)	-RRB-
1917	106	14	,	,	,
1917	106	15	”	"	''
1917	106	16	2007	2007	CD
1917	106	17	,	,	,
1917	106	18	http://fedora-	http://fedora-	NNP
1917	106	19	commons.org/documentation/3.0b1/userdocs/digitalobjects/cmda.html	commons.org/documentation/3.0b1/userdocs/digitalobjects/cmda.html	NNP
1917	106	20	(	(	-LRB-
1917	106	21	accessed	access	VBN
1917	106	22	December	December	NNP
1917	106	23	9	9	CD
1917	106	24	,	,	,
1917	106	25	2011	2011	CD
1917	106	26	)	)	-RRB-
1917	106	27	.	.	.
1917	107	1	4	4	CD
1917	107	2	Carl	Carl	NNP
1917	107	3	Lagoze	Lagoze	NNP
1917	107	4	et	et	NNP
1917	107	5	al	al	NNP
1917	107	6	.	.	NNP
1917	107	7	,	,	,
1917	107	8	“	"	``
1917	107	9	Fedora	Fedora	NNP
1917	107	10	:	:	:
1917	107	11	An	an	DT
1917	107	12	Architecture	Architecture	NNP
1917	107	13	for	for	IN
1917	107	14	Complex	Complex	NNP
1917	107	15	Objects	object	NNS
1917	107	16	and	and	CC
1917	107	17	their	-PRON-	PRP$
1917	107	18	Relationships	relationship	NNS
1917	107	19	,	,	,
1917	107	20	”	"	''
1917	107	21	International	International	NNP
1917	107	22	Journal	Journal	NNP
1917	107	23	on	on	IN
1917	107	24	Digital	Digital	NNP
1917	107	25	Libraries	Libraries	NNP
1917	107	26	6	6	CD
1917	107	27	,	,	,
1917	107	28	no	no	UH
1917	107	29	.	.	.
1917	108	1	2	2	CD
1917	108	2	(	(	-LRB-
1917	108	3	2005	2005	CD
1917	108	4	)	)	-RRB-
1917	108	5	:	:	:
1917	108	6	130	130	CD
1917	108	7	.	.	.
1917	109	1	5	5	CD
1917	109	2	Ibid	Ibid	NNP
1917	109	3	.	.	.
1917	109	4	,	,	,
1917	109	5	127	127	CD
1917	109	6	.	.	.
1917	110	1	6	6	CD
1917	110	2	Ibid	Ibid	NNP
1917	110	3	.	.	.
1917	110	4	,	,	,
1917	110	5	135	135	CD
1917	110	6	.	.	.
1917	111	1	7	7	CD
1917	111	2	Ibid	Ibid	NNP
1917	111	3	.	.	.
1917	112	1	8	8	CD
1917	112	2	Rishi	Rishi	NNP
1917	112	3	Sharma	Sharma	NNP
1917	112	4	,	,	,
1917	112	5	Fedora	Fedora	NNP
1917	112	6	Interoperability	Interoperability	NNP
1917	112	7	Review	Review	NNP
1917	112	8	(	(	-LRB-
1917	112	9	London	London	NNP
1917	112	10	:	:	:
1917	112	11	Centre	centre	NN
1917	112	12	for	for	IN
1917	112	13	e	e	NNP
1917	112	14	-	-	NNP
1917	112	15	Research	Research	NNP
1917	112	16	,	,	,
1917	112	17	2007	2007	CD
1917	112	18	)	)	-RRB-
1917	112	19	,	,	,
1917	112	20	http://wwwcache1.kcl.ac.uk/content/1/c6/04/55/46/fedora-report-v1.pdf.3	http://wwwcache1.kcl.ac.uk/content/1/c6/04/55/46/fedora-report-v1.pdf.3	NNP
1917	112	21	(	(	-LRB-
1917	112	22	accessed	access	VBN
1917	112	23	August	August	NNP
1917	112	24	1	1	CD
1917	112	25	,	,	,
1917	112	26	2011	2011	CD
1917	112	27	)	)	-RRB-
1917	112	28	.	.	.
1917	113	1	9	9	CD
1917	113	2	Richard	Richard	NNP
1917	113	3	Gartner	Gartner	NNP
1917	113	4	,	,	,
1917	113	5	“	"	``
1917	113	6	Intermediary	Intermediary	NNP
1917	113	7	Schemas	Schemas	NNP
1917	113	8	for	for	IN
1917	113	9	Complex	Complex	NNP
1917	113	10	XML	xml	NN
1917	113	11	Publications	publication	NNS
1917	113	12	:	:	:
1917	113	13	An	an	DT
1917	113	14	Example	Example	NNP
1917	113	15	from	from	IN
1917	113	16	Research	Research	NNP
1917	113	17	Information	Information	NNP
1917	113	18	Management	Management	NNP
1917	113	19	,	,	,
1917	113	20	”	"	''
1917	113	21	Journal	Journal	NNP
1917	113	22	of	of	IN
1917	113	23	Digital	Digital	NNP
1917	113	24	Information	Information	NNP
1917	113	25	12	12	CD
1917	113	26	,	,	,
1917	113	27	no	no	UH
1917	113	28	.	.	.
1917	114	1	3	3	CD
1917	114	2	(	(	-LRB-
1917	114	3	2011	2011	CD
1917	114	4	)	)	-RRB-
1917	114	5	,	,	,
1917	114	6	https://journals.tdl.org/jodi/article/view/2069	https://journals.tdl.org/jodi/article/view/2069	NNP
1917	114	7	(	(	-LRB-
1917	114	8	accessed	access	VBN
1917	114	9	August	August	NNP
1917	114	10	1	1	CD
1917	114	11	,	,	,
1917	114	12	2011	2011	CD
1917	114	13	)	)	-RRB-
1917	114	14	.	.	.
1917	115	1	10	10	CD
1917	115	2	Centre	centre	NN
1917	115	3	for	for	IN
1917	115	4	e	e	NNP
1917	115	5	-	-	NNP
1917	115	6	Research	Research	NNP
1917	115	7	,	,	,
1917	115	8	“	"	``
1917	115	9	BRIL	BRIL	NNP
1917	115	10	,	,	,
1917	115	11	”	"	''
1917	115	12	n.d	n.d	NNP
1917	115	13	.	.	NNP
1917	115	14	,	,	,
1917	115	15	http://bril.cerch.kcl.ac.uk	http://bril.cerch.kcl.ac.uk	NNP
1917	115	16	(	(	-LRB-
1917	115	17	accessed	access	VBN
1917	115	18	August	August	NNP
1917	115	19	1	1	CD
1917	115	20	,	,	,
1917	115	21	2011	2011	CD
1917	115	22	)	)	-RRB-
1917	115	23	.	.	.
1917	116	1	11	11	CD
1917	116	2	S.	S.	NNP
1917	116	3	J.	J.	NNP
1917	116	4	DeRose	DeRose	NNP
1917	116	5	et	et	NNP
1917	116	6	al	al	NNP
1917	116	7	.	.	NNP
1917	116	8	,	,	,
1917	116	9	“	"	``
1917	116	10	What	what	WP
1917	116	11	is	be	VBZ
1917	116	12	Text	Text	NNP
1917	116	13	,	,	,
1917	116	14	Really	really	RB
1917	116	15	,	,	,
1917	116	16	”	"	''
1917	116	17	Journal	Journal	NNP
1917	116	18	of	of	IN
1917	116	19	Computing	Computing	NNP
1917	116	20	in	in	IN
1917	116	21	Higher	Higher	NNP
1917	116	22	Education	Education	NNP
1917	116	23	1	1	CD
1917	116	24	,	,	,
1917	116	25	no	no	UH
1917	116	26	.	.	.
1917	117	1	2	2	CD
1917	117	2	(	(	-LRB-
1917	117	3	1990	1990	CD
1917	117	4	)	)	-RRB-
1917	117	5	:	:	:
1917	117	6	6	6	CD
1917	117	7	.	.	.
1917	118	1	12	12	CD
1917	118	2	Digital	Digital	NNP
1917	118	3	Library	Library	NNP
1917	118	4	Federation	Federation	NNP
1917	118	5	,	,	,
1917	118	6	“	"	``
1917	118	7	<	<	XX
1917	118	8	METS	METS	NNP
1917	118	9	>	>	XX
1917	118	10	:	:	:
1917	118	11	Metadata	Metadata	NNP
1917	118	12	Encoding	Encoding	NNP
1917	118	13	And	and	CC
1917	118	14	Transmission	transmission	NN
1917	118	15	Standard	Standard	NNP
1917	118	16	:	:	:
1917	118	17	Primer	Primer	NNP
1917	118	18	And	and	CC
1917	118	19	Reference	Reference	NNP
1917	118	20	Manual	Manual	NNP
1917	118	21	,	,	,
1917	118	22	”	"	''
1917	118	23	Digital	Digital	NNP
1917	118	24	Library	Library	NNP
1917	118	25	Federation	Federation	NNP
1917	118	26	,	,	,
1917	118	27	2010	2010	CD
1917	118	28	,	,	,
1917	118	29	www.loc.gov/standards/mets/METSPrimerRevised.pdf	www.loc.gov/standards/mets/METSPrimerRevised.pdf	NNP
1917	118	30	,	,	,
1917	118	31	77	77	CD
1917	118	32	(	(	-LRB-
1917	118	33	accessed	access	VBN
1917	118	34	August	August	NNP
1917	118	35	1	1	CD
1917	118	36	,	,	,
1917	118	37	2011	2011	CD
1917	118	38	)	)	-RRB-
1917	118	39	.	.	.
1917	119	1	13	13	CD
1917	119	2	Bill	Bill	NNP
1917	119	3	Ingram	Ingram	NNP
1917	119	4	,	,	,
1917	119	5	“	"	``
1917	119	6	ECHO	ECHO	NNP
1917	119	7	Dep	Dep	NNP
1917	119	8	METS	METS	NNP
1917	119	9	Profile	Profile	NNP
1917	119	10	for	for	IN
1917	119	11	Master	Master	NNP
1917	119	12	METS	METS	NNP
1917	119	13	Documents	Documents	NNPS
1917	119	14	,	,	,
1917	119	15	”	"	''
1917	119	16	n.d	n.d	NNP
1917	119	17	.	.	NNP
1917	119	18	,	,	,
1917	119	19	http://dli.grainger.uiuc.edu/echodep/METS/DRAFTS/MasterMETSProfile.xml	http://dli.grainger.uiuc.edu/echodep/METS/DRAFTS/MasterMETSProfile.xml	NNP
1917	119	20	(	(	-LRB-
1917	119	21	accessed	access	VBD
1917	119	22	August	August	NNP
1917	119	23	1	1	CD
1917	119	24	,	,	,
1917	119	25	2011	2011	CD
1917	119	26	)	)	-RRB-
1917	119	27	.	.	.
1917	120	1	14	14	CD
1917	120	2	Susan	Susan	NNP
1917	120	3	Thomas	Thomas	NNP
1917	120	4	,	,	,
1917	120	5	“	"	``
1917	120	6	Using	use	VBG
1917	120	7	METS	METS	NNP
1917	120	8	for	for	IN
1917	120	9	the	the	DT
1917	120	10	Preservation	Preservation	NNP
1917	120	11	and	and	CC
1917	120	12	Dissemination	Dissemination	NNP
1917	120	13	of	of	IN
1917	120	14	Digital	Digital	NNP
1917	120	15	Archives	Archives	NNP
1917	120	16	,	,	,
1917	120	17	”	"	''
1917	120	18	n.d	n.d	NNP
1917	120	19	.	.	NNP
1917	120	20	,	,	,
1917	120	21	www.paradigm.ac.uk/workbook/metadata/mets-altstruct.html	www.paradigm.ac.uk/workbook/metadata/mets-altstruct.html	NNP
1917	120	22	(	(	-LRB-
1917	120	23	accessed	access	VBN
1917	120	24	August	August	NNP
1917	120	25	1	1	CD
1917	120	26	,	,	,
1917	120	27	2011	2011	CD
1917	120	28	)	)	-RRB-
1917	120	29	.	.	.
1917	121	1	15	15	CD
1917	121	2	Library	Library	NNP
1917	121	3	of	of	IN
1917	121	4	Congress	Congress	NNP
1917	121	5	.	.	.
1917	122	1	“	"	``
1917	122	2	METS	METS	NNP
1917	122	3	Profiles	profile	NNS
1917	122	4	:	:	:
1917	122	5	Metadata	Metadata	NNP
1917	122	6	Encoding	Encoding	NNP
1917	122	7	and	and	CC
1917	122	8	Transmission	Transmission	NNP
1917	122	9	Standard	Standard	NNP
1917	122	10	(	(	-LRB-
1917	122	11	METS	METS	NNP
1917	122	12	)	)	-RRB-
1917	122	13	http://www.loc.gov/standards/mets	http://www.loc.gov/standards/met	VBZ
1917	122	14	http://mpeg.chiariglione.org/standards/mpeg-21/mpeg-21.htm	http://mpeg.chiariglione.org/standards/mpeg-21/mpeg-21.htm	NNP
1917	122	15	http://fedora-commons.org/documentation/3.0b1/userdocs/digitalobjects/cmda.html	http://fedora-commons.org/documentation/3.0b1/userdocs/digitalobjects/cmda.html	NNP
1917	122	16	http://fedora-commons.org/documentation/3.0b1/userdocs/digitalobjects/cmda.html	http://fedora-commons.org/documentation/3.0b1/userdocs/digitalobjects/cmda.html	NN
1917	122	17	http://wwwcache1.kcl.ac.uk/content/1/c6/04/55/46/fedora-report-v1.pdf.3	http://wwwcache1.kcl.ac.uk/content/1/c6/04/55/46/fedora-report-v1.pdf.3	NNP
1917	122	18	https://journals.tdl.org/jodi/article/view/2069	https://journals.tdl.org/jodi/article/view/2069	NNP
1917	122	19	http://bril.cerch.kcl.ac.uk/	http://bril.cerch.kcl.ac.uk/	NNP
1917	122	20	http://dli.grainger.uiuc.edu/echodep/METS/DRAFTS/MasterMETSProfile.xml	http://dli.grainger.uiuc.edu/echodep/METS/DRAFTS/MasterMETSProfile.xml	NNP
1917	122	21	INFORMATION	information	NN
1917	122	22	TECHNOLOGY	technology	NN
1917	122	23	AND	and	CC
1917	122	24	LIBRARIES	library	NNS
1917	122	25	|	|	NNP
1917	122	26	SEPTEMBER	SEPTEMBER	NNP
1917	122	27	2012	2012	CD
1917	122	28	35	35	CD
1917	122	29	OfficialWeb	OfficialWeb	NNP
1917	122	30	Site	Site	NNP
1917	122	31	”	"	''
1917	122	32	,	,	,
1917	122	33	2011	2011	CD
1917	122	34	.	.	.
1917	122	35	http://www.loc.gov/standards/mets/mets-profiles.html	http://www.loc.gov/standards/mets/mets-profiles.html	NNP
1917	122	36	(	(	-LRB-
1917	122	37	accessed	access	VBN
1917	122	38	December	December	NNP
1917	122	39	6	6	CD
1917	122	40	,	,	,
1917	122	41	2011	2011	CD
1917	122	42	)	)	-RRB-
1917	122	43	.	.	.
1917	123	1	16	16	CD
1917	123	2	Open	Open	NNP
1917	123	3	Archives	Archives	NNP
1917	123	4	Initiative	Initiative	NNP
1917	123	5	,	,	,
1917	123	6	“	"	``
1917	123	7	Open	Open	NNP
1917	123	8	Archives	Archives	NNP
1917	123	9	Initiative	Initiative	NNP
1917	123	10	Protocol	Protocol	NNP
1917	123	11	—	—	:
1917	123	12	Object	Object	NNP
1917	123	13	Exchange	Exchange	NNP
1917	123	14	and	and	CC
1917	123	15	Reuse	Reuse	NNP
1917	123	16	,	,	,
1917	123	17	”	"	''
1917	123	18	n.d	n.d	NNP
1917	123	19	.	.	NNP
1917	123	20	,	,	,
1917	123	21	www.openarchives.org/ore	www.openarchives.org/ore	ADD
1917	123	22	(	(	-LRB-
1917	123	23	accessed	access	VBN
1917	123	24	December	December	NNP
1917	123	25	12	12	CD
1917	123	26	,	,	,
1917	123	27	2011	2011	CD
1917	123	28	)	)	-RRB-
1917	123	29	.	.	.
1917	124	1	17	17	CD
1917	124	2	Jerome	Jerome	NNP
1917	124	3	McDonough	McDonough	NNP
1917	124	4	,	,	,
1917	124	5	“	"	``
1917	124	6	Aligning	align	VBG
1917	124	7	METS	METS	NNP
1917	124	8	with	with	IN
1917	124	9	the	the	DT
1917	124	10	OAI	OAI	NNP
1917	124	11	-	-	HYPH
1917	124	12	ORE	ORE	NNP
1917	124	13	Data	Data	NNP
1917	124	14	=	=	SYM
1917	124	15	Mmodel	Mmodel	NNP
1917	124	16	,	,	,
1917	124	17	”	"	''
1917	124	18	JCDL	JCDL	NNP
1917	124	19	’	’	POS
1917	124	20	09	09	CD
1917	124	21	Proceedings	proceeding	NNS
1917	124	22	of	of	IN
1917	124	23	the	the	DT
1917	124	24	9th	9th	JJ
1917	124	25	ACM	ACM	NNP
1917	124	26	/	/	SYM
1917	124	27	IEEE	IEEE	NNP
1917	124	28	-	-	HYPH
1917	124	29	CS	CS	NNP
1917	124	30	Joint	Joint	NNP
1917	124	31	Conference	Conference	NNP
1917	124	32	on	on	IN
1917	124	33	Digital	Digital	NNP
1917	124	34	libraries	library	NNS
1917	124	35	(	(	-LRB-
1917	124	36	New	New	NNP
1917	124	37	York	York	NNP
1917	124	38	:	:	:
1917	124	39	Association	Association	NNP
1917	124	40	for	for	IN
1917	124	41	Computing	Computing	NNP
1917	124	42	Machinery	Machinery	NNP
1917	124	43	,	,	,
1917	124	44	2009	2009	CD
1917	124	45	)	)	-RRB-
1917	124	46	:	:	:
1917	124	47	328	328	CD
1917	124	48	.	.	.
1917	125	1	18	18	CD
1917	125	2	Ibid	Ibid	NNP
1917	125	3	.	.	.
1917	125	4	,	,	,
1917	125	5	329	329	CD
1917	125	6	.	.	.
1917	126	1	19	19	CD
1917	126	2	Gartner	Gartner	NNP
1917	126	3	,	,	,
1917	126	4	“	"	``
1917	126	5	Intermediary	Intermediary	NNP
1917	126	6	Schemas	Schemas	NNP
1917	126	7	.	.	.
1917	126	8	”	"	''
1917	126	9	20	20	CD
1917	126	10	Gary	Gary	NNP
1917	126	11	Simons	Simons	NNPS
1917	126	12	,	,	,
1917	126	13	“	"	``
1917	126	14	Using	use	VBG
1917	126	15	Architectural	architectural	JJ
1917	126	16	Processing	processing	NN
1917	126	17	to	to	IN
1917	126	18	Derive	derive	VB
1917	126	19	Small	Small	NNP
1917	126	20	,	,	,
1917	126	21	Problem	Problem	NNP
1917	126	22	-	-	HYPH
1917	126	23	Specific	Specific	NNP
1917	126	24	XML	xml	NN
1917	126	25	Applications	application	NNS
1917	126	26	from	from	IN
1917	126	27	Large	large	JJ
1917	126	28	,	,	,
1917	126	29	Widely	widely	RB
1917	126	30	-	-	HYPH
1917	126	31	Used	use	VBN
1917	126	32	SGML	SGML	NNP
1917	126	33	Applications	Applications	NNPS
1917	126	34	,	,	,
1917	126	35	”	"	''
1917	126	36	Summer	Summer	NNP
1917	126	37	Institute	Institute	NNP
1917	126	38	of	of	IN
1917	126	39	Linguistics	Linguistics	NNP
1917	126	40	Electronic	Electronic	NNP
1917	126	41	Working	Working	NNP
1917	126	42	Papers	Papers	NNPS
1917	126	43	(	(	-LRB-
1917	126	44	Chicago	Chicago	NNP
1917	126	45	:	:	:
1917	126	46	Summer	Summer	NNP
1917	126	47	Institute	Institute	NNP
1917	126	48	of	of	IN
1917	126	49	Linguistics	Linguistics	NNP
1917	126	50	,	,	,
1917	126	51	1998	1998	CD
1917	126	52	)	)	-RRB-
1917	126	53	,	,	,
1917	126	54	www.silinternational.org/silewp/1998/006/SILEWP1998-006.html	www.silinternational.org/silewp/1998/006/SILEWP1998-006.html	NNP
1917	126	55	(	(	-LRB-
1917	126	56	accessed	access	VBN
1917	126	57	August	August	NNP
1917	126	58	1	1	CD
1917	126	59	,	,	,
1917	126	60	2011	2011	CD
1917	126	61	)	)	-RRB-
1917	126	62	.	.	.
1917	127	1	http://www.loc.gov/standards/mets/mets-profiles.html	http://www.loc.gov/standards/mets/mets-profiles.html	NNP
1917	127	2	http://www.openarchives.org/ore/	http://www.openarchives.org/ore/	NNP