Sommerville-Software-Engineering-10ed

796 Subject Index
service-to-service communication, see
integrated services
services, 521
business, 534, 541–47, 548
classification of, 534, 548
communication and, 524–29
components, 521, 526–29
composition (construction) of, 541–47
coordination, 534, 548
incremental delivery and, 64–65
operation and maintenance for, 48
process models for, 544–46
reusable Web components, 52, 526–29
reuse of, 542
software development and, 541–47, 548
testing, 543, 546–47
utility, 534, 548
web-based, 27–28, 521
RESTful approach, 524, 529–33, 544
service information exchange (SOAP), 525–26,
531, 544
workflow, 542, 543, 544–46, 548
servicing, evolution v., 257–58
shared memory interfaces, 238
signatures, 744–45
simple design, 78
simplicity (agile methods), 76, 78, 91
simulation systems, 25
simulators, 217
size checks, 327
SLAM model checker, 358
small releases, 78
social change, business and, 24
social layer, 292
sociotechnical systems, 552, 577
complexity of, 556, 558–59
defensive layers, 419–20
emergent properties 544, 559–61, 577
environment and software interaction,
293–94
failure propagation, 560–61
human error and, 418–21
layers of, 292–93, 557
management, 421–24, 432
nested technical systems, 416–17
non-deterministic properties, 561–62
operational processes, 421–24, 432
organizational elements, 557–58
regulation and compliance, 294–95
resilience and, 416–24
success criteria, 562–63
systems engineering for, 556–59
software, 19, 20, 228
attributes, 20, 22
customized (bespoke), 21
efficiency, 22
engineering ethics, 28–31
failures, 18
generic products, 20–21
issues affecting, 24
lifetime, 256–57
product types, 20–21, 24–26
professional development, 19–28
regulation and compliance of, 294–95
system boundaries and characteristics, 26
software architecture catalog, Booch’s, 170
software as service (SaS), 512–16, 517
configuration of, 514–15
multi-tenancy, 514, 515, 516
scalability, 514, 515–16
server overload and, 512–13
service-oriented architectures (SOAs) v.,
513–14, 522
‘software crisis’, 19
Software Development Life Cycle (SDLC) model, 45
software development tools, 53
software diversity, 318, 322, 323–25, 336
software engineering, 19–23, 40, 92
activities for software process, 20, 23, 44
computer science v., 20, 23
diversity, 24–27
engineering discipline, 21–22
ethical responsibility and, 28–31, 40
formal verification, 356–58
fundamental notions in, 26, 40
Internet effect on, 20, 27–28
licensing for, 356
model checking, 358–59, 368
model-driven engineering (MDE), 158–59
product development and, 20–21
reuse-based, 53–54, 438
safety processes, 352–61
static program analysis, 359–61, 368
systems engineering v., 20, 23, 40, 554
web-based systems, 27–28
Software Engineering Institute (SEI), 67