Sommerville-Software-Engineering-10ed

Subject Index 789
modeling systems, 25, 138–66
models, 45–54, 138–66. See also spiral models;
UML (Unified modeling Language)
activity diagrams (UML) for, 33–34, 141,
143–44, 163
activity stages, 47–48, 142
agile approach and, 50, 162
algorithmic cost modeling, 683, 684–86
application architecture, 185
behavioral, 154–59, 163
class diagrams for, 149–50
COCOMO II, 276, 476, 686–96
component, 470–73, 487
context, 141–44, 163, 199–200
data-driven, 154–55
dynamic, 199, 205, 206, 222
event-driven, 156–57
formal (mathematical), 139, 300
generalization, 152–53, 205
incremental development, 46, 49–51
integration and configuration, 46, 52–54
interaction, 144–49, 163, 199–200, 496–97
ISO 9000 standards framework,
708–10, 734
object-oriented design, 199–200, 204–08
open-source licensing, 220–21
processes, 45–54, 68
project estimation, 682–96, 696
quality management (QM) and, 709–10, 719
real-time system design, 617–19
reliability growth, 334
RUP (Rational Unified Process), 46–47
reuse-based development, 52–54
sequence, 144, 146–49, 155, 163, 205, 206–07
spiral, 63, 256–57
state machine, 205, 207–08, 222, 617–18, 634
state-based, 156–158, 163
static, 205, 222
stimulus/response, 613–14, 634
structural, 149–54, 163, 199, 205
subsystem, 205–06
‘Swiss cheese,’ 420–21
of testing process, 230–31
UML (Unified Modeling Language), 33–34, 139,
140–41, 144–49, 713
use case, 125–26, 141, 144–46, 163, 200–01
model-view-controller (MVC) pattern, 176–77,
179, 444
monitoring projects, 651–52, 673
motivation (people management), 653–56
multi-tenancy, 514, 515, 516
multi-tier client-server architecture, 501, 505–06
MySQL, 219, 445
N
N-version programming, 322–23
namespaces, 528–29
natural language requirements, 121–22
nested technical and sociotechnical
systems, 416–17
.NET framework, 161, 443, 446, 466, 470–71,
478, 507
non-deterministic properties, 561–62
non-functional requirements, 105, 107–11, 134, 169,
172–73, 312, 314–18, 547
O
object and function reuse, 438
object classes, 149–50, 202–04, 470
object constraint language (OCL), 208, 484–85
object level (reuse), 214
Object Management Group (OMG), 159
object-oriented metrics, 721–22
object-oriented systems
architectural design and, 201–02
class diagrams for, 149–50
class identification, 202–04
design, 198–209, 222
frameworks in, 444
interface specification, 208–09
system (design) models, 204–08
Unified Modeling Language (UML) and, 140,
198–209
use case model, 200–01
Objectory method, 125
observe and react pattern, 620, 621–23
Observer pattern, 210–11
on-site customer, 78
openness, distributed software, 491, 492, 493
open-source development, 219–21, 222, 738–39