TY  - BOOK
AU  - Sommerville,Ian
TI  - Software engineering / 
T2  - International computer science
SN  - 0-201-39815-X
PY  - 2001///
CY  - Essex : 
PB  - Pearson, 
KW  - INGENIERIA DEL SOFTWARE
KW  - DISEÑO DE SOFTWARE
KW  - CASE
KW  - ADMINISTRACION DE SOFTWARE
N1  - CONTENIDO
Part 1. Overview 1
Chapter 1 Introduction 3
1.1 FAQs about software engineering 5
1.2 Professional and ethical responsibility 14
Chapter 2 Computer-based system engineering 20
2.1 Emergent system properties 22
2.2 Systems and their environment 24
2.3 System modelling 26
2.4 The system engineering process 29
2.5 System procurement 37
Chapter 3 Software processes 42
3.1 Software process models 44
3.2 Process iteration 51
3.3 Software specification 55
3.4 Software design and implementation 56
3.5 Software validation 60
3.6 Software evolution 63
3.7 Automated process support 63
Chapter 4 Project management 71
4.1 Management activities 73
4.2 Project planning 75
4.3 Project scheduling 78
4.4 Risk management 84
Part 2. Requirements 95
Chapter 5 Software requirements 97
5.1 Functional and non-functional requirements 100
5.2 User requirements 106
5.3 System requirements 109
5.4 The software requirements document 115
Chapter 6 Requirements engineering processes 121
6.1 Feasibility studies 123
6.2 Requirements elicitation and analysis 124
6.3 Requirements validation 137
6.4 Requirements management 139
Chapter 7 System models 148
7.1 Context models 150
7.2 Behavioural models 153
7.3 Data models 158
7.4 Object models 160
7.5 CASE workbenches 166
Chapter 8 Software prototyping 171
8.1 Prototyping in the software process 174
8.2 Rapid prototyping techniques 180
8.3 User interface prototyping 188
Chapter 9 Formal specification 192
9.1 Formal specification in the software process 194
9.2 Interface specification 197
9.3 Behavioural specification 204
Part 3 Design 213
Chapter 10 Architectural design 215
10.1 System structuring 219
10.2 Control models 224
10.3 Modular decomposition 229
10.4 Domain-specific architectures 233
Chapter 11 Distributed systems architectures 239
11.1 Multiprocessor architectures 243
11.2 Client-server architectures 244
11.3 Distributed object architectures 249
11.4 CORBA 252
Chapter 12 Object-oriented design 260
12.1 Objects and object classes 262
12.2 An object-oriented design process 267
12.3 Design evolution 280
Chapter 13 Real-time software design 285
13.1 System design 287
13.2 Real-time executives 291
13.3 Monitoring and control systems 295
13.4 Data acquisition systems 300
Chapter 14 Design with reuse 306
14.1 Component-based development 310
14.2 Application families 318
14.3 Design patterns 322
Chapter 15 User interface design 327
15.1 User interface design principles 330
15.2 User interaction 332
15.3 Information presentation 334
15.4 User support 340
15.5 Interface evaluation 345
Part 4 Critical Systems 351
Chapter 16 Dependability 353
16.1 Critical systems 356
16.2 Availability and reliability 359
16.3 Safety 364
16.4 Security 367
Chapter 17 Critical systems specification 371
17.1 Software reliability specification 373
17.2 Safety specification 379
17.3 Security specification 387
Chapter 18 Critical systems development 392
18.1 Fault minimisation 393
18.2 Fault tolerance 400
18.3 Fault-tolerant architectures 410
18.4 Safe system design 413
Part 5 Verification and Validation 417
Chapter 19 Verification and validation 419
19.1 Verification and validation planning 423
19.2 Software inspections 425
19.3 Automated static analysis 431
19.4 Cleanroom software development 434
Chapter 20 Software testing 440
20.1 Defect testing 442
20.2 Integration testing 452
20.3 Object-oriented testing 458
20.4 Testing workbenches 462
Chapter 21 Critical systems validation 467
21.1 Formal methods and critical systems 469
21.2 Reliability validation 470
21.3 Safety assurance 476
21.4 Security assessment 483
Part 6 Management 487
Chapter 22 Managing people 489
22.1 Limits to thinking 490
22.2 Group working 497
22.3 Choosing and keeping people 503
22.4 The People Capability Maturity Model 506
Chapter 23 Software cost estimation 511
23.1 Productivity 513
23.2 Estimation techniques 518
23.3 Algorithmic cost modelling 520
23.4 Project duration and staffing 531
Chapter 24 Quality management 535
24.1 Quality assurance and standards 539
24.2 Quality planning 544
24.3 Quality control 546
24.4 Software measurement and metrics 547
Chapter 25 Process improvement 557
25.1 Process and product quality 560
25.2 Process analysis and modelling 562
25.3 Process measurement 566
25.4 The SEI Process Capability Maturity Model 568
25.5 Process classification 573
Part 7 Evolution 579
Chapter 26 Legacy systems 581
26.1 Legacy system structures 583
26.2 Legacy system design 587
26.3 Legacy system assessment 592
Chapter 27 Software change 601
27.1 Program evolution dynamics 603
27.2 Software maintenance 605
27.3 Architectural evolution 614
Chapter 28 Software re-engineering 622
28.1 Source code translation 626
28.2 Reverse engineering 628
28.3 Program structure improvement 629
28.4 Program modularisation 632
28.5 Data re-engineering 634
Chapter 29 Configuration management 641
29.1 Configuration management planning 644
29.2 Change management 647
29.3 Version and release management 650
29.4 System building 655
29.5 CASE tools for configuration management 656
References 663
Index 679
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