Sommerville-Software-Engineering-10ed

798 Subject Index
system design (continued)
host-target development, 213, 216–18, 222
modeling, 617–19
producer/consumer processes, 616–17
programming, 619–20
real-time systems, 205, 613–20
risk assessment, 389–92
security systems, 388–402, 405
stimulus response model, 613–14
system error, 307–09
system failure, 307
acceptance of, 410
availability and, 309–12
costs of, 286
critical systems, 287, 290, 297, 302,
340–41
dependability and, 22, 268, 286–91, 303
error and fault v., 308
hardware failure and, 287
human errors and, 287, 351–52
nondeterminism and, 560–61
reliability and, 307–12, 560–61
reparability and, 289
resilience and, 410–12, 420–21
safety-critical systems, 340–41
security and, 22, 268, 397
sociotechnical, 560–61
software failures and, 287, 340–41
specifications and, 310
‘Swiss cheese’ model of, 420–21
types of, 287
system fault, 307–09
system infrastructure frameworks, 446
system integration, 215–16
system level (reuse), 214
system modeling, see models
system of system coalitions, 589
system output, 268
system requirements, 52, 102–03
system reuse, 438
system selection, 594–95
system testing, 48, 59, 231–32, 240–42
system versions, 323–325
system vision document, 565–66
systems (software systems). See also distributed
systems; embedded software systems;
systems of systems (SoS)
activity models (diagram), 60, 61
agile methods for, 93–96
analysis for architectural design, 169
case study types, 31–32
complexity of, 18, 93–96, 274–75, 278, 552–53,
558–59
cost effectiveness of, 22–23
dependability, 268, 286–91, 303
engineering fundamentals for, 26, 40
large-scale, 93–94, 556
modeling, 25, 138–166
sociotechnical, 291–95, 303, 556–63
software design and, 47
specification requirements, 120–29
state representation, 155
systems of systems (SoS) v., 581–82
types of, 18, 20–21, 24–26, 32, 40, 552
systems engineering, 20, 23, 40, 551–79
conceptual design, 553, 563–66, 577
development processes, 570–74, 577
enterprise systems, 552
lifetimes and, 575–76
range of disciplines, 554–55
sociotechnical systems, 552, 556–63, 577
software engineering v., 20, 23, 40, 554
spiral model for requirements, 572
stages of, 553–54
system evolution, 575–76
system procurement (acquisition), 453–54,
566–70, 577
technical computer-based systems, 552
systems of systems (SoS), 25, 256, 442, 556,
580–609
architectural design, 595, 599–606, 607
classification of systems, 587–90, 606
container systems, 603–05
data-feed systems, 602–03
deployment and integration of, 595, 597–99
engineering, 593–99
governance complexity, 586–87,
588–90, 606
interface development, 595–97
large-scale systems, 556
management complexity, 585, 586–87,
587–90, 606
reductionism, 590–93, 606
software systems, 582
system complexity, 584–87, 606
system v., 581–82
technical complexity, 585, 586–87, 590
trading systems, 605–106