Rent 9780321210265 | Software Engineering: (Update)

Summary Table of Contents Author Biography

Software Engineering presents a broad perspective on software systems engineering, concentrating on widely used techniques for developing large-scale systems. The objectives of this seventh edition are to include new material on iterative software development, component-based software engineering and system architectures, to emphasize that system dependability is not an add-on but should be considered at all stages of the software process, and not to increase the size of the book significantly. To this end the book has been restructured into 6 parts, removing the separate section on evolution as the distinction between development and evolution can be seen as artificial. New chapters have been added on: Socio-technical Systems ? discussing the context of software in a broader system composed of other hardware and software, people, organisations, policies, procedures and laws. Application System Architectures ? to teach students the general structure of application systems such as transaction systems, information systems and embedded control systems. The chapter covers 6 common system architectures with an architectural overview and discussion of the characteristics of these types of system. Iterative Software Development ? looking at prototyping and adding new material on agile methods and extreme programming. Component-based Software Engineering ? introducing the notion of a component, component composition and component frameworks and covering design with reuse. Software Evolution ? revising the presentation of the 6th edition to cover re-engineering and software change in a single chapter. The book supports students taking undergraduate or graduate courses in software engineering, and software engineers in industry needing to update their knowledge.

Preface	p. v
Overview	p. 1
Introduction	p. 3
FAQs about software engineering	p. 5
Professional and ethical responsibility	p. 14
Key points	p. 17
Further reading	p. 18
Exercises	p. 18
Computer-based system engineering	p. 20
Emergent system properties	p. 22
Systems and their environment... MORE	p. 24
System modelling	p. 26
The system engineering process	p. 29
System procurement	p. 37
Key points	p. 39
Further reading	p. 40
Exercises	p. 40
Software processes	p. 42
Software process models	p. 44
Process iteration	p. 51
Software specification	p. 55
Software design and implementation	p. 56
Software validation	p. 60
Software evolution	p. 63
Automated process support	p. 63
Key points	p. 68
Further reading	p. 68
Exercises	p. 69
Project management	p. 71
Management activities	p. 73
Project planning	p. 75
Project scheduling	p. 78
Risk management	p. 84
Key points	p. 90
Further reading	p. 91
Exercises	p. 92
Requirements	p. 95
Software requirements	p. 97
Functional and non-functional requirements	p. 100
User requirements	p. 106
System requirements	p. 109
The software requirements document	p. 115
Key points	p. 119
Further reading	p. 119
Exercises	p. 120
Requirements engineering processes	p. 121
Feasibility studies	p. 123
Requirements elicitation and analysis	p. 124
Requirements validation	p. 137
Requirements management	p. 139
Key points	p. 145
Further reading	p. 145
Exercises	p. 146
System models	p. 148
Context models	p. 150
Behavioural models	p. 153
Data models	p. 158
Object models	p. 160
CASE workbenches	p. 166
Key points	p. 168
Further reading	p. 169
Exercises	p. 169
Software prototyping	p. 171
Prototyping in the software process	p. 174
Rapid prototyping techniques	p. 180
User interface prototyping	p. 188
Key points	p. 189
Further reading	p. 190
Exercises	p. 190
Formal specification	p. 192
Formal specification in the software process	p. 194
Interface specification	p. 197
Behavioural specification	p. 204
Key points	p. 209
Further reading	p. 210
Exercises	p. 210
Design	p. 213
Architectural design	p. 215
System structuring	p. 219
Control models	p. 224
Modular decomposition	p. 229
Domain-specific architectures	p. 233
Key points	p. 236
Further reading	p. 237
Exercises	p. 237
Distributed systems architectures	p. 239
Multiprocessor architectures	p. 243
Client-server architectures	p. 244
Distributed object architectures	p. 249
CORBA	p. 252
Key points	p. 257
Further reading	p. 258
Exercises	p. 258
Object-oriented design	p. 260
Objects and object classes	p. 262
An object-oriented design process	p. 267
Design evolution	p. 280
Key points	p. 282
Further reading	p. 282
Exercises	p. 283
Real-time software design	p. 285
System design	p. 287
Real-time executives	p. 291
Monitoring and control systems	p. 295
Data acquisition systems	p. 300
Key points	p. 303
Further reading	p. 303
Exercises	p. 304
Design with reuse	p. 306
Component-based development	p. 310
Application families	p. 318
Design patterns	p. 322
Key points	p. 325
Further reading	p. 325
Exercises	p. 326
User interface design	p. 327
User interface design principles	p. 330
User interaction	p. 332
Information presentation	p. 334
User support	p. 340
Interface evaluation	p. 345
Key points	p. 347
Further reading	p. 348
Exercises	p. 348
Critical Systems	p. 351
Dependability	p. 353
Critical systems	p. 356
Availability and reliability	p. 359
Safety	p. 364
Security	p. 367
Key points	p. 369
Further reading	p. 369
Exercises	p. 370
Critical systems specification	p. 371
Software reliability specification	p. 373
Safety specification	p. 379
Security specification	p. 387
Key points	p. 389
Further reading	p. 389
Exercises	p. 390
Critical systems development	p. 392
Fault minimisation	p. 393
Fault tolerance	p. 400
Fault-tolerant architectures	p. 410
Safe system design	p. 413
Key points	p. 414
Further reading	p. 415
Exercises	p. 415
Verification and Validation	p. 417
Verification and validation	p. 419
Verification and validation planning	p. 423
Software inspections	p. 425
Automated static analysis	p. 431
Cleanroom software development	p. 434
Key points	p. 437
Further reading	p. 438
Exercises	p. 438
Software testing	p. 440
Defect testing	p. 442
Integration testing	p. 452
Object-oriented testing	p. 458
Testing workbenches	p. 462
Key points	p. 464
Further reading	p. 465
Exercises	p. 466
Critical systems validation	p. 467
Formal methods and critical systems	p. 469
Reliability validation	p. 470
Safety assurance	p. 476
Security assessment	p. 483
Key points	p. 484
Further reading	p. 484
Exercises	p. 485
Management	p. 487
Managing people	p. 489
Limits to thinking	p. 490
Group working	p. 497
Choosing and keeping people	p. 503
The People Capability Maturity Model	p. 506
Key points	p. 508
Further reading	p. 509
Exercises	p. 509
Software cost estimation	p. 511
Productivity	p. 513
Estimation techniques	p. 518
Algorithmic cost modelling	p. 520
Project duration and staffing	p. 531
Key points	p. 533
Further reading	p. 533
Exercises	p. 534
Quality management	p. 535
Quality assurance and standards	p. 539
Quality planning	p. 544
Quality control	p. 546
Software measurement and metrics	p. 547
Key points	p. 555
Further reading	p. 555
Exercises	p. 556
Process improvement	p. 557
Process and product quality	p. 560
Process analysis and modelling	p. 562
Process measurement	p. 566
The SEI Process Capability Maturity Model	p. 568
Process classification	p. 573
Key points	p. 576
Further reading	p. 576
Exercises	p. 577
Evolution	p. 579
Legacy systems	p. 581
Legacy system structures	p. 583
Legacy system design	p. 587
Legacy system assessment	p. 592
Key points	p. 598
Further reading	p. 599
Exercises	p. 599
Software change	p. 601
Program evolution dynamics	p. 603
Software maintenance	p. 605
Architectural evolution	p. 614
Key points	p. 620
Further reading	p. 620
Exercises	p. 621
Software re-engineering	p. 622
Source code translation	p. 626
Reverse engineering	p. 628
Program structure improvement	p. 629
Program modularisation	p. 632
Data re-engineering	p. 634
Key points	p. 638
Further reading	p. 639
Exercises	p. 639
Configuration management	p. 641
Configuration management planning	p. 644
Change management	p. 647
Version and release management	p. 650
System building	p. 655
CASE tools for configuration management	p. 656
Key points	p. 660
Further reading	p. 661
Exercises	p. 661
References	p. 663
Index	p. 679
Table of Contents provided by Syndetics. All Rights Reserved.

Ian Sommerville is Professor of Software Engineering at Lancaster University, England

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