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| Ïîèñê ïî óêàçàòåëÿì |
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| Duffy Daniel J. — Domain Architectures |
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| Ïðåäìåòíûé óêàçàòåëü |
Access control systems (ACS) 147—162
Access control systems, applicability 152
Access control systems, background 148
Access control systems, context diagram 153
Access control systems, examples 148—151
Access control systems, goals, processes and activities 152
Access control systems, introduced 147
Access control systems, reference models 148
Access control systems, relationships with other systems 162
Access control systems, requirements for ACS 154—155
Access control systems, specializations of ACS 157—161
Access control systems, system decomposition 153
Access control systems, UML artefacts 155—156
ACS vocabulary 152
Agent technology 104—105
Alexander, Christopher 346
Analogical reasoning 321—333
Analogical reasoning, motivation 321—322
Analogical reasoning, relationship with domain architectures 322—325
Analysis classes in UML 355—357
Architectural styles 365—366
Aristotle 371
Barrier options 81—82
Best practices 379—382
Bioreactor 80
Booch, Grady 197
Boundary classes in UML 355—357
Business Graphics System 132—134
Carroll, Lewis 41
Categorization 325—330
Categorization, defining attribute view 325—327
Categorization, exemplar-based view 329—331
Categorization, prototype view 327—329
Collaboration diagrams, for drink vending machine 280
Collaboration diagrams, in a nutshell 278—280
Compiler as system 130
Complexity of object-oriented systems 17
Control classes in UML 355—357
Control engineering 86—88
Datasim development process, overview 8—9
Datasim development process, scope of DDP in this book 25—26
Datasim development process, software lifecycle 24—25
DDP key terms, business processes 26
DDP key terms, concept maps for keywords 28
DDP key terms, customer requirements specification (CRS) 26
DDP key terms, requirements 27
DDP key terms, software development process 26
DDP key terms, system architecture 27
DDP key terms, UML artefacts 27
Deming, Dr.W. Edward 264 309
Descartes, Rene 11
Design patterns 366—367
Discrete manufacturing (as RAT instance) 115
Documentation issues in DDP 41—56
Documentation issues in DDP, goals and processes 48—50
Documentation issues in DDP, relationships with ISO 9126 44—48
Documentation issues in DDP, requirements and use cases 54—55
Documentation issues in DDP, shortcomings of use cases 55—56
Documentation issues in DDP, stakeholders and viewpoints 50—53
Documentation issues in DDP, steps 43—44
Domain architecture and cognitive psychology 7
Domain architecture, comparing and contrasting 315—318
Domain architecture, definition 5—6
Domain architecture, relationships with other methods 7 359—369
Drink vending machine (DVM) 264—280
Drink vending machine, class architecture 269—270
Drink vending machine, description and customer features 264
Drink vending machine, goals, processes and context 266—267
Drink vending machine, sequence diagrams 271—278
Drink vending machine, summary 278
Drink vending machine, use cases 267—268
Elevator control system (ELS) 215—236
Elevator control system, class architecture 230—231
Elevator control system, definitions 235—236
Elevator control system, description 216—217
Elevator control system, reengineering: goals and processes 220—223
Elevator control system, requirements 225—227
Elevator control system, stakeholders 223—225
Elevator control system, summary 235
Elevator control system, system decomposition 227—229
Elevator control system, traditional requirements approach 217—220
Elevator control system, use cases 232—235
Emerson, Ralph Waldo 359
Entity classes in UML 355—357
GOF see design patterns
Graphics applications 132
Hatley — Pirbhai Method 364—365
Hello World example 371—377
Help desk system 113
Home heating system (HHS) 194—213
Home heating system, creating statecharts 209—211
Home heating system, generalizations 212—213
Home heating system, other solutions to problem 194—197
Home heating system, processes and context 197—200
Home heating system, requirements and use cases 201—207
Home heating system, summary 213
Home heating system, system decomposition 200—201
Home heating system, validating use cases 207—209
Human memory models 134
Imai, Masaki 237
Information hiding 360—361
Inquiry cycle method 335—343
Inquiry cycle method, applicability 340—341
Inquiry cycle method, background 336
Inquiry cycle method, interviewing techniques 338—340
Inquiry cycle method, overview of model 336—337
Inquiry cycle method, summary 342—343
Instrumentation and control systems 62
Ishiwaza, Kaoru 59
ISO 9126 product quality characteristics, defined 44—48
Jackson, Michael 116 363—364
Jacobson, Ivar 111
Joyce, James 163
Kolb Learning Loop 341—342
LCM vocabulary 164
Learning by analogy 331—333
Leveson, Nancy 102
Lifecycle systems (LCM) 163—175
Lifecycle systems, applicability 168
Lifecycle systems, background 164
Lifecycle systems, context diagram 171
Lifecycle systems, examples 164—168
Lifecycle systems, goals, processes and activities 170
Lifecycle systems, introduced 163
Lifecycle systems, relationships with other systems 174
Lifecycle systems, requirements for LCM 171—172
Lifecycle systems, specializations of LCM 174
Lifecycle systems, summary of LCM 175
Lifecycle systems, system decomposition 171
Lifecycle systems, UML artefacts 172—173
MAN vocabulary 128—129 137
| Management information systems (MIS) 59—76
Management information systems, applicability 63
Management information systems, background 59
Management information systems, context diagram 65
Management information systems, examples 61—63
Management information systems, goals, processes and activities 64
Management information systems, introduced 59
Management information systems, reference models for MIS 60
Management information systems, relationships with other systems 74
Management information systems, requirements for MIS 67—69
Management information systems, specializations of PCS 71—74
Management information systems, summary of PCS 76
Management information systems, system decomposition 65
Management information systems, UML artefacts 69—70
Manpower control system (MPC) 181—192
Manpower control system, class architecture 189—192
Manpower control system, description 180
Manpower control system, processes and context 181—183
Manpower control system, requirements and use cases 183—187
Manpower control system, summary 192
Manpower control system, validating use cases 187—188
Manufacturing systems (MAN) 127—145
Manufacturing systems, applicability 137
Manufacturing systems, background 128
Manufacturing systems, context diagram 138
Manufacturing systems, examples 130—136
Manufacturing systems, goals, processes and activities 138
Manufacturing systems, introduced 127
Manufacturing systems, relationships with other systems 144
Manufacturing systems, requirements for MAN 139—140
Manufacturing systems, specializations of MAN 143
Manufacturing systems, summary of MAN 144—145
Manufacturing systems, system decomposition 138
Manufacturing systems, UML artefacts 141—142
Message patterns in PCS 108—110
Multi-threading basics 298—305
Multi-threading basics, models 301—305
Multi-threading basics, overview 298—301
Noise control engineering 72
Novak, Joseph 147
Object alignment systems 311—312
Object behavioural systems 312—315
Object creation systems 310—311
Order processing system (OPS) 237—262
Order processing system, class architecture 250—252
Order processing system, customer requirements 239—240
Order processing system, description 237—238
Order processing system, design 252—259
Order processing system, OPS as a lifecycle model 240—245
Order processing system, requirements 245—248
Order processing system, stakeholder viewpoints 248—250
Order processing system, summary 259
Order realisation system 0
PAC Model see Presentation-abstraction-control
PAC Pattern see PAC model
Parnas, David 77 102
PCS vocabulary 83—84
Plastic manufacturing system (PMS) 281—305
Plastic manufacturing system, description 282—284
Plastic manufacturing system, design 291—297
Plastic manufacturing system, PAC model 289—290
Plastic manufacturing system, system architecture 286—288
Plastic manufacturing system, system features 285—286
Plastic manufacturing systems 20
Polya, George 163 179 281
Portfolio management systems 15
POSA see System patterns
Presentation-abstraction-control model 347—367
Presentation-abstraction-control model, decomposition and UML activity diagrams 350—352
Presentation-abstraction-control model, motivation and background 346—347
Presentation-abstraction-control model, PAC and object-oriented analysis 352—355
Presentation-abstraction-control model, relationship with UML Analysis classes 355—357
Presentation-abstraction-control model, strategies for decomposing a system 348—350
Presentation-abstraction-control model, summary 357
Problem frames 363—364
Process control systems (PCS) 77—108
Process control systems, applicability 88
Process control systems, background 78
Process control systems, context diagram 90
Process control systems, examples 78—81
Process control systems, goals, processes and activities 89
Process control systems, introduced 77
Process control systems, reference models for PCS 83
Process control systems, relationships with other systems 106
Process control systems, requirements for PCS 96—101
Process control systems, specializations of PCS 105
Process control systems, summary of PCS 125
Process control systems, system decomposition 90
Process control systems, UML artefacts 101—104
Project Cultures 33—38
Project Cultures, architecture-driven 36
Project Cultures, calendar-driven 34
Project Cultures, documentation-driven 35
Project Cultures, process-driven (DDP) 37
Project Cultures, quality-driven 36
Project Cultures, requirements-driven 34
Proxy pattern 159
Proxy pattern and ISO 9126 162
Proxy types 160—161
RAT vocabulary 114—115
Reference monitor model 148—151
Rent-a-machine system 164—168
Resource allocations and tracking systems (RAT) 111—126
Resource allocations and tracking systems, applicability 117
Resource allocations and tracking systems, background 112
Resource allocations and tracking systems, context diagram 118
Resource allocations and tracking systems, examples 112
Resource allocations and tracking systems, goals, processes and activities 118
Resource allocations and tracking systems, introduced 111
Resource allocations and tracking systems, relationships with other systems 125
Resource allocations and tracking systems, requirements for RAT 120—121
Resource allocations and tracking systems, specializations of RAT 124
Resource allocations and tracking systems, summary of RAT 125
Resource allocations and tracking systems, system decomposition 118
Resource allocations and tracking systems, UML artefacts 121—123
Rummler — Brache method 361—362
Shaw, Mary 132
Simple digital watch 61
Swift, Jonathan 359
system patterns 366—367
VAR (variance at risk) 125—126
VAX/VMS Operating System 148—152
Viewpoint-based requirements engineering 367—369
Watchdog systems 105—106
Water level control 79—80
Web, security models for the Web 157—159
Web, security models for the Web, direct access control 158
Web, security models for the Web, mandatory access control 158
Web, security models for the Web, role-based access control 158
Wright, Frank Lloyd 3 23
Yourdon, Ed 111
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