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fair use legal doctrine, 
	application to hypertext; Jones, III, Esq.(109)-369
	reasons for Xanadu elimination of; Samuelson(170)-43
	information, Hypertext '93 technical briefing; Bernstein(305)-242
fast forwarding, 
	through a hypertext, flying defined as; Lai(176)-124
Faulkner, William, 
	multiple points of view, impact on interactive fiction; Bolter(89)-48
fault tolerance, 
	issues, graph-based data model solutions; Shackelford(224)-1
	contextual, need for more; Brown(88)-39
	Guide, mechanism for providing; Brown(88)-36
	See Also Eastgate school; Landow; literature; narratives; poetry; research, humanities; writing; 
	Hogan, James, "Giant's Star" as inspiration for VISAR; Clitherow(135)-294
	hypertext, Storyspace as an authoring environment for; Bolter(89)-41
	hypertext theory; Michalak(238)-174
	hypervideo; Sawhney(1)-1
		characteristics of; Bolter(89)-42
		software for writing; Bolter(89)-41
		structure of; Bolter(89)-47
	social, cognitive, and political implications; Greco(9)-85
		of "afternoon"; Moulthrop(133)-259
	in Document Examiner records, structure and contents of; Walker(106)-309
	as navigation aid, in OpenBook system; Ichimura(229)-63
file systems, 
	See Also hyperbases; 
	distributed, managing with a graph-based data model; Shackelford(224)-1
	replacing with hyperbase, advantages of; Nuernberg(19)-196
	NoteCards, HAM modeling of; Campbell(87)-30
	NoteCards card type, 
		aggregate generators in; Marshall(103)-255
		characteristics of; Halasz(108)-348
		for hierarchical filing structure; Trigg(93)-92
		modeled by the HAM; Campbell(87)-30
		specialized notecard in; Halasz(108)-346
		use as work agenda in; Trigg(93)-97
	NoteCards card type, external file accessing mechanism in; Trigg(93)-93
	overview, graphic directory; Landow(56)-335
Filevision Telos Software, 
	bibliographic reference; Collier(104)-269
	See Also multimedia; video; 
	intersection with hypertext, in HyperCafe design; Sawhney(1)-6
	See Also tailorability; 
	browser use as, in an industrial hypermedia environment; Malcolm(168)-21
	by link role, Kiosk characterized by; Creech(169)-29
	computation of, DSS shell architecture with a dynamic hypertext interface provision for; Bieber(182)-207
	DSS shell architecture with a dynamic hypertext interface use of; Bieber(182)-207
	fisheye view, CYBERMAP automatic overview map generation based on; Gloor(175)-109
	in HAM; Campbell(87)-23
	HAM mechanism, characteristics of; Campbell(87)-23
	handling in layered information system architectures; Bieber(182)-212
	hypermedia application; Akscyn(86)-1
	as hypertext abstractions, mathematical model; Garg(110)-389
	hypertext reader control of, impact on on the structure and meaning of information; Moulthrop(188)-292
	information, in Garg's abstract hypertext model; Garg(110)-389
	KMS support of; Akscyn(86)-3
	link management, importance of filters for; Raskin(107)-328
	as link tailoring mechanism; Schwabe(12)-152, Gronbaek(15)-158
	links, Intermedia webs as; Catlin(178)-155
	location problem solution; Oren(105)-296
	in Microcosm; Wiil(14)-148
	Microcosm, Extended Dexter model mapping of; Gronbaek(15)-158
	object and link attributes use for, in an industrial hypermedia environment; Malcolm(168)-20
	pre-built, software component library use of; Creech(169)-27
	structures from content, frame-based hypertext templates use for; Kaindl(192)-352
	user setting for information level and type, role in the coordination of information systems with a dynamic hypertext interface; Bieber(182)-211
	GOTO facility, Guide's attempt to eschew; Brown(88)-39
fine-grained hypertext, 
	EUCLID as an example of; Smolensky(101)-234
	ECHT '92 paper; Buchanan(33)-262
	HyperCafe relationship to; Sawhney(1)-2
FIRST (Fuzzy Information Retrieval SysTem), 
	ECHT '90 paper; Lucarella(147)-84
first-class objects, 
	classses as, in VODAK; Bapat(20)-210
	links as; Schutt(148)-104, Hofmann(153)-171
		importance of; Afrati(145)-54
	paths as; Zellweger(54)-1
	structures as, 
		application design implications; Nuernberg(19)-197
		in hypermedia operating systems; Nuernberg(19)-196
	Web pages as, with logic programming; Loke(23)-235
first-order logic, 
	in hypertext abstraction mechanisms; Garg(110)-375
fisheye views, 
		rubber sheet layouts compared with; Kaltenbach(174)-92
		use of in an industrial hypermedia environment; Malcolm(168)-21
	in CYBERMAP; Gloor(175)-109
	enhanced, ECHT '92 paper; Tochtermann(217)-212
	future research plans for; Wiil(225)-145
	integrating different levels of abstraction with; Noik(240)-192
	location cue technique; Oren(105)-297
	network display characteristics; Travers(124)-156
	SuperBook System support of; Egan(189)-302
	SuperBook use of; Remde(98)-177
	LogicWeb comparison with; Loke(23)-239
Flag taxonomy, 
	See Also classification; Dexter; Engelbart award; models; reference, models; 
	core concepts; Osterbye(13)-129
	Hypertext '96 paper; Osterbye(13)-129
flat-text documents, 
	converting into hypertext, with CID; Boy(171)-51
	See Also structure(s); 
	in navigation and access, graphically-oriented query-based browsing systems; Charoenkitkarn(241)-206
	locking scheme, DeVise Hypermedia system, a Dexter-compliant cooperative architecture supporting; Gronbaek(226)-25
	through OpenBook as browsing tool; Ichimura(229)-63
	as a navigational aid; Lai(176)-123
	navigation by; Lai(176)-124
	on relationship between global context and local detail using fisheye views; Noik(240)-192
	R.J., bibliographic reference; Smolensky(101)-215
followLink operation, 
	Dexter definition; Halasz(299)-36, Halasz(299)-37
	See Also navigation; 
	for episodes, as description of the hypertext experience; Rosenberg(3)-23
form-based querying, 
	used by DIF; Garg(112)-415
formal connection model, 
	See Also models; 
	incremental construction of navigational and abstract interface models facilitated by; Schwabe(12)-124
	See Also algorithms; mathematics; 
	AI knowledge structuring, contrasted with text structuring of hypertext; Kaindl(192)-345
	Coexistence and Transformation of Informal and Formal Structures: Requirements for More Flexible Hypermedia Systems, ECHT '94 paper; Haake(243)-1
	creating hypertext structure from linear documents with; Nanard(191)-331
	for FIRST concept network; Lucarella(147)-85
	formal hypertext models, set-based; Afrati(145)-55
	frame representation; Hammwohner(97)-158
	graph-based hypermedia, set-based hypermedia compared with; Parunak(184)-239
	HyperBase (GMD) data model; Schutt(148)-100
	knowledge representation, using in conjunction with unstructured information; Marshall(103)-254
	Lange's formal model of hypertext, as hypermedia reference model; Osterbye(13)-129
	lattices as foundation for hyperindices; Bruza(149)-109
	link specification, predicate calculus use for; Garg(110)-391
	logical query language specification; Beeri(146)-67
	need to extend hypertext systems to support; Marshall(103)-267
	Z-based formal model of Dexter hypertext reference model; Halasz(299)-
	consistency in, as graphics design principle used in Dickens Web; Catlin(178)-150
	documents, guidelines for, as consistency aide for hypermedia design; Catlin(178)-147
	standard templates compatibility, importance for hypertext integration into existing information environments; Bieber(182)-214
	templates, DSS shell architecture with a dynamic hypertext interface use for interactive document structure identification; Bieber(182)-207
	DIF, compared with DIF configurations; Garg(112)-416
	information structures in DIF; Garg(112)-416
	System Factory defines documents as; Garg(112)-413
	in Web pages, adding behavior with; Loke(23)-237
	issues in student hypertext research papers; Ess(187)-287
Frame-Axis Model, 
	ECHT '94 paper; Masuda(257)-146
	continguity relations representation; Oren(105)-300
	contrasted with semantic net form of knowledge representation; Collier(104)-274
	environment, integrating hypertext in; Kaindl(192)-346
	formal representation of; Hammwohner(97)-158
	as hypertext structure model; Rosenberg(3)-22
		characteristics of; Akscyn(86)-3
		editing; Akscyn(86)-7
		Extended Dexter model representation of; Gronbaek(15)-155
		format of; Akscyn(86)-4
		spatial nature of; Akscyn(86)-10
		workspace; Akscyn(86)-1
	modeling the semantics of text units with; Hammwohner(97)-158
		Aquanet objects incorporation of; Marshall(186)-265
		as a form of structured object representation; Kaindl(192)-346
		nodes; Kaindl(192)-348
		representing hypertext nodes with; Kaindl(192)-345
		term definition; Kaindl(192)-347
	See Also object-orientation; 
	adding hypermedia functionality to OO applications with; Schwabe(12)-126
	Flag taxonomy role; Osterbye(13)-129
	hypervideo; Sawhney(1)-5
	source code level tailoring in conjunction with; Osterbye(13)-131
	Knowledge Weasel use of; Lawton(233)-106
	See Also classification, pioneer systems; institutions, Brown University; people, Van Dam, Andreas; 
	as design idea source for the Dexter hypermedia reference model; Halasz(299)-30
	See Also open hypermedia systems (OHS); 
	communications language, importance for dynamic hypertext interfaces that are information system independent; Bieber(182)-211
	hypermedia, command interpreter implications; Nuernberg(19)-197
	importance relative to back end issues; Raskin(107)-328
	systems, external, coordinating a dynamic hypertext interface with; Bieber(182)-213
full-text retrieval, 
	electronic document value; Walker(106)-313
	flaws and problems in CD-ROM access; Oren(105)-298
	integration with hypertext browsing in a medical handbook; Frisse(91)-57
	limitations for hypertext networks; Frisse(91)-59
	MICROARRAS system to be merged with WE; Smith(100)-210
	dependencies, associative link attributes, using for hypertext modeling; Hara(173)-77
	links, embodying function calls as links in a hypertext software model; Smith(180)-180
	modules (FM), Flag taxonomy; Osterbye(13)-129
		DIF, links as; Garg(112)-415
		KMS, frames as; Akscyn(86)-1
		KMS, links as; Akscyn(86)-7
	properties, attaching to information units; Kaltenbach(174)-101
	view, Kiosk classification lattices use for; Creech(169)-30
	C source code, mapping to hypertext nodes in DynamicDesign; Bigelow(111)-403
fuzzy logic, 
	in FIRST concept network specification; Lucarella(147)-85