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| Zelkowitz M., Yovits M. — Advances in Computers, Volume 40 |
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| Предметный указатель |
Digital signal processor 76
Ding, H. 94 124
Dirty-exclusive cache 137
Discourse rules 9 16
Distributed office problem solving 241
DL, for office modeling 240—241
Document model, and office automation 189
Document surrogate 189
Documentation, software prototyping 60
Dollas, Apostolos 65 68 72 77 80 103 111 116 121—123
Domain adequacy, office models 197—198 225—227
Domain knowledge 183
Domain plan 7
Domain plan knowledge 17—18
Domino, for office modeling 241
DOPS see "Distributed office problem solving"
Dowdy, L.W. 161 178
Draffan, I. 188 241 252
Dragon protocol, cache 151—152 172 173
DSP see "Digital signal processor"
Dubois, M. 129 164 169 176
Due process, for decision making 195
Duncan, S. 62 63
Dunsmore, H.E. 69 71 122
Dutoit, A. 77 121
Dynamic entity, in office modeling 209—211
e-mail see "Mail systems"
Egan, B.T. 74 108 123
Eggers, S.J. 144 146 172 176—177
Ehrlich, Kate 2 4 8—9 14 19 29 31 34 37—38
Electronic mail see "Mail systems"
Ellis, C.A. 185—186 190—191 198—199 207 241 245 251
Emberson, D.R. 163 176
Encore Computer Corp. 161 176
Engel, G.H. 185 251
Engels, M. 121
Enterprise analysis 193
Entity-relationship-time, for office submodeling 204—205
Episodes, programmer 9
ESCAPE, for system synthesis 96—97
Espinosa, A. 76 123
Estelle, specification language 80—82
Evaluation in software prototyping 55—57
Evaluation, cache coherence, performance analysis 170—173 174
Evaluation, office models, adequacy 197—201 225—234
Evolutionary prototyping 43—44 47 51—55
Exceptions perspective, for office modeling 194-195
Experimental data, analysis 24—25
Experimental prototyping 47
Experiments, design for program comprehension 22—26
Experiments, quasi-experiments 28 32
Experiments, rapid prototyping and 77
Experiments, scalability 33 35
Experiments, static vs. dynamic behavior 35
Experiments, technique, for program comprehension 26—33
Experiments, theory building and 35
Experts, characteristics 9—10
Exploratory prototyping 46—47
Explorer checkmate, for design comparison 98-99
Extended VHDL, hardware description language 109—119
Fares, P. 188 191 237 239 254
Feautrier, P.A. 136—137 176
Feigenbaum, E.A. 196 249
Field Programmable Gate Array 66
Field programmable gate array as computing elements 103
Field programmable gate array, ABEL design and 88—89
Field programmable gate array, CAD tools and 90
Field programmable gate array, characteristics 73—74
Field programmable gate array, experimental research and 77
Field programmable gate array, hardware reusability with 100—106
Field study 27
Fikes, R.E. 184 227 251
Filloque, J.M. 104 122
Firefly protocol, cache 152 172
Fleukens, R. 96 123
Flores, F. 192 240 251
Floyd, C. 45—47 63
Flume, E. 194 254
Form, definition 188
Formmanager, for office modeling 241
Forms perspective, for office modeling 185 188—190 202—204
FPGA see "Field programmable gate array"
frames 6
Frank, S.J. 144 152 176
Freeman, R. 66 123
Fu, K.S. 136—137 179
Fugini, M.G. 189 191 209 240 250 253
Full map protocol, cache 137
Function, in office modeling 193
Functionality prototype 47—48
Functions perspective, for office modeling 186 193 214—216 223
Furuta, R. 190 254
Futurebus write-once protocol, cache 147 172
Gaines, B.R. 196 251
Gaiski, D.D. 73 123
Galdes, D. 189—190 254
Garcia-Fornes, A. 76 123
Garg, V. 69 125
Gehringer, E.F. 167 177
Gellenbeck, Edward M. 9 25 31 34 37
George, D.A. 165 178
George, J.F. 181 191 193—196 199 212 223 227 239 249
Gerson, E.M. 195 251
Gharachorloo, K. 170 176
Ghost signal 137
Gibbons, P. 170 176
Gibbs, S. 192 194 242 254
Gibbs, S.J. 188—189 199 223 225 245 251
Girault, C. 139 174 176
Giusto, P. 75 122
Glesner, M. 80 123
Global directory 135 164—165
Goal-oriented office forms system 241
Goals perspective, for office modeling 186 193
Gokhale, M. 103 123
Goldman, R. 89 124
Gomaa, H. 43 60 63
Goodman, J. 135 144 147 177
Goodman, J.R. 150 163 168 177
GOOFS see "Goal oriented office forms system"
Goosen, H.A. 150 168 176
Gottlieb, A. 165 177
Graham, A.J. 91 123
Grant, K.R. 189 192 227 242 252
GRAPE-II see "Graphical rapid prototyping environment"
Graphical rapid prototyping environment 107
Gray, T.F. 66 121
Greenspan, Judith 29 34 37
Greiner, A. 91 123
Grishman, R. 165 177
Groppuso, J. 185 251
Guindon, Raymonde 10 37
Gunningberg, P. 82 125
Gupta, A. 150 161 168 170 176—177
Gupta, A.P. 95 121
Gupta, R. 77 123
Gustafson, R.N. 136 177
Ha, S. 92 121—122
Hackler, W.R. 80 123
Haddad, S. 139 176
Haines, A. 74 123
Hallman, D. 100 125
Hamilton, M.H. 80 123
Hammer, M. 189 192—193 245 251 254
Handcrafted prototype 46
Handlers, in office modeling 218—219
Hardonag, I. 77 123
Hardware description language 82—89
Hardware, cache coherence protocols for 134—162
Hardware, codesigned with software 74—75
| Hardware, prototyping 57—58
Hardware, system synthesis 71 73
Hardware, weak ordering 170
Harris, Sidney E. 191 251
Harrison, D. 89 123
Hartley, R. 76 123
Hartman, M. 76 123
Harvey, S.L. 165 178
Hattori, A. 160 177
Hayes, J.P. 155 177
HDL see "Hardware description language"
Heimann, D.I. 69—70 123
Helaihel, R. 74 125
Henderson, A.D. 184 227 251
Hendrix, G.G. 190 251
Hennessy, J.L. 161 168 170 172 175—177
Herpel, H. 80 123
Hervieu, M. 75 121
Hevner, A.R. 188 241 255
Hewitt, C. 186 192 194—195 199 216 219 245 249 251
Higa, K. 225 251
Hill, M.D. 170 175
Hirscheim, R.A. 184—185 194 198 207 251
Hit ratio, of cache performance 132
Hoernig, K. 192 252
Hoffer, J. 200 225 227 234—235 253
Hogg, J. 192 242 251 254
Hogg, J.S. 190—191 196 246 252
Holley, M. 108 123
Holliday, M.A. 178
Holmes, W. 103 123
Holt, Robert W. 31 34 36
Hopcroft, J.E. 72 120 124
Horizontal prototype 45—46
Horowitz, M. 172 175
Hsieh, H.C. 75 122
Hu, X. 75 124
Hypercube, cache coherence in 162—163 175
Hypotheses as drivers of cognition 7
Hypotheses in experiment design 22—26
Hypotheses, testing of 28 32
ICN see "Information control nets"
IEEE 71 74 82—83 124
Illinois protocol, cache 145—146 162 172
Imail, for office modeling 242
Implementation, program understanding and 16
Implementation, software 40
Inclusion property 156 160
Information control nets 241
Information lens, for office modeling 242
Information perspective, for office modeling 185—186 188—190 204—207
Information system modeling 220—221 242—243
Instrumental acts, and speech act theory 212
Integrated metamodel, for program comprehension 19
Integrated office information system 242
Integrated perspective, for office modeling 186—187 196—197 223—225 234—236
Internal semantic representation 11
Interpretation phase, of experiment 24—26
Interview 27
Invalid cache 137
IOIS see "Integrated office information system"
IS-RS modeling see "Information system modeling"
Isakowitz, T. 196 221 225 244 249
IScreen, for office modeling 242
Jain, A.K. 66 124
Jerraya, A.A. 94 124
Johansen, D.L. 73 124
Jonckers, V. 252
Jones, A.K. 167 177
Junod, B. 196 227 247 251
Jurecska, A. 75 122
Kahn, H. 89 124
Kahn, O. 100 125
Kamamito, S. 160 177
Kang, K.C. 3 37
Kaplan, G. 91 124
Kaplinsky, C. 108 123
Kappel, G. 196 227 247 251
Karam, G. 192 240 252
Karbe, B. 191 195 247 251—252
Karlin, A.R. 152 177
Karlovsky, S. 165 176
Karunaratne, W. 116 121
Kasper, G.M. 189 253
Katsouli, E. 189—190 193 204 248 252
Katz, R.H. 146 172 176—177
Kaye, R.A. 192 240 252
Kedem, G. 73 124
Kelem, S.H. 109 124
Kelly, J. 82 125
Ketabchi, M. 46 63
Kintsch, Walter 6 37
Kission, P. 94 124
Kleinfelder, W.J. 165 178
Kleist-Retzow, H.V. 192 252
KMMS, for office modeling 243
KNO see "Knowledge objects"
Knowledge in office models 219—220 243
Knowledge objects, for office modeling 243
Knowledge representation system 243
Knowledge, acquisition 9
Knowledge, chunks 6
Knowledge, domain 13 183
Knowledge, organized by experts 10
Knowledge, plans and 6—7
Knowledge, programmers 5
Knowledge, semantic 11—13
Knowledge, syntactic 11—13
Knowledge, text structure 6
Knuth, D.E. 75 124
Koenemann, Jurgen 2 27 30 34 37
Konsynski, B.R. 193 245 252
Kopanas, V. 204 248 252
Kopser, A. 103 123
Kordon, F. 80 124
Koshino, M. 160 177
Kozminski, K. 73 124
Kranz, D. 161—162 168 175
Krasner, Herb 37
Kreifelts, T. 195 241 252
KRS see "Knowledge representation system"
Kruskal, C.P. 165 177
Kubiatowics, J. 161—162 168 175
Kuhn, Thomas S. 234 236 252
Kunin, J.S. 192—193 245 254
Labrozzi, S. 100 125
Lala, P.K. 71 124
Lampert, Robin 29 34 38
Lamport, L. 75 124 168 177
Lattice network, and office modeling 218
Laudon, J. 161 168 170 176—177
Lauwereins, R. 107 121—122 124
Lavagno, L. 75 122
Lavenier, D. 104 124
Lawrie, D. 157 177
Lawrie, D.H. 165 177
Lazowska, E.D. 159 177
LBFM see "Logic based financial modeling"
Lee, E.A. 92 121—122
Lee, R. 193 240 252
Lee, R.L. 165 177
Lefkowitz, L.S. 191 193 195—196 212 225 227 247 250
Lehtinen, E. 192 194 212 248 249
Lenoski, D. 170 176
Lenoski, D.E. 161 168 177
Letovsky model, for program comprehension 11 21 22
Letovsky, Stanley 2 4 7—8 11 29 34 37—38
Leung, L. 192 243 250
Levitt, J. 74 125
Li, J. 188 237 254
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