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• Title Page
• Copyright Page
• Preface
• Acknowledgements
• Contents at a glance
• Dedication
• Contents
• Part 1 Introduction to Software Engineering
• Chapter 1 Introduction
• 1.1 Professional software development
• 1.2 Software engineering ethics
• 1.3 Case studies
• Chapter 2 Software processes
• 2.1 Software process models
• 2.2 Process activities
• 2.3 Coping with change
• 2.4 Process improvement
• Chapter 3 Agile software development
• 3.1 Agile methods
• 3.2 Agile development techniques
• 3.3 Agile project management
• 3.4 Scaling agile methods
• Chapter 4 Requirements engineering
• 4.1 Functional and non-functional requirements
• 4.2 Requirements engineering processes
• 4.3 Requirements elicitation
• 4.4 Requirements specification
• 4.5 Requirements validation
• 4.6 Requirements change
• Chapter 5 System modeling
• 5.1 Context models
• 5.2 Interaction models
• 5.3 Structural models
• 5.4 Behavioral models
• 5.5 Model-driven architecture
• Chapter 6 Architectural design
• 6.1 Architectural design decisions
• 6.2 Architectural views
• 6.3 Architectural patterns
• 6.4 Application architectures
• Chapter 7 Design and implementation
• 7.1 Object-oriented design using the UML
• 7.2 Design patterns
• 7.3 Implementation issues
• 7.4 Open-source development
• Chapter 8 Software testing
• 8.1 Development testing
• 8.2 Test-driven development
• 8.3 Release testing
• 8.4 User testing
• Chapter 9 Software evolution
• 9.1 Evolution processes
• 9.2 Legacy systems
• 9.3 Software maintenance
• Part 2 System Dependability and Security
• Chapter 10 Dependable systems
• 10.1 Dependability properties
• 10.2 Sociotechnical systems
• 10.3 Redundancy and diversity
• 10.4 Dependable processes
• 10.5 Formal methods and dependability
• Chapter 11 Reliability engineering
• 11.1 Availability and reliability
• 11.2 Reliability requirements
• 11.3 Fault-tolerant architectures
• 11.4 Programming for reliability
• 11.5 Reliability measurement
• Chapter 12 Safety engineering
• 12.1 Safety-critical systems
• 12.2 Safety requirements
• 12.3 Safety engineering processes
• 12.4 Safety cases
• Chapter 13 Security engineering
• 13.1 Security and dependability
• 13.2 Security and organizations
• 13.3 Security requirements
• 13.4 Secure systems design
• 13.5 Security testing and assurance
• Chapter 14 Resilience engineering
• 14.1 Cybersecurity
• 14.2 Sociotechnical resilience
• 14.3 Resilient systems design
• Part 3 Advanced Software Engineering
• Chapter 15 Software reuse
• 15.1 The reuse landscape
• 15.2 Application frameworks
• 15.3 Software product lines
• 15.4 Application system reuse
• Chapter 16 Component-based software engineering
• 16.1 Components and component models
• 16.2 CBSE processes
• 16.3 Component composition
• Chapter 17 Distributed software engineering
• 17.1 Distributed systems
• 17.2 Client–server computing
• 17.3 Architectural patterns for distributed systems
• 17.4 Software as a service
• Chapter 18 Service-oriented software engineering
• 18.1 Service-oriented architecture
• 18.2 RESTful services
• 18.3 Service engineering
• 18.4 Service composition
• Chapter 19 Systems engineering
• 19.1 Sociotechnical systems
• 19.2 Conceptual design
• 19.3 System procurement
• 19.4 System development
• 19.5 System operation and evolution
• Chapter 20 Systems of systems
• 20.1 System complexity
• 20.2 Systems of systems classification
• 20.3 Reductionism and complex systems
• 20.4 Systems of systems engineering
• 20.5 Systems of systems architecture
• Chapter 21 Real-time software engineering
• 21.1 Embedded system design
• 21.2 Architectural patterns for real-time software
• 21.3 Timing analysis
• 21.4 Real-time operating systems
• Part 4 Software Management
• Chapter 22 Project management
• 22.1 Risk management
• 22.2 Managing people
• 22.3 Teamwork
• Chapter 23 Project planning
• 23.1 Software pricing
• 23.2 Plan-driven development
• 23.3 Project scheduling
• 23.4 Agile planning
• 23.5 Estimation techniques
• 23.6 COCOMO cost modeling
• Chapter 24 Quality management
• 24.1 Software quality
• 24.2 Software standards
• 24.3 Reviews and inspections
• 24.4 Quality management and agile development
• 24.5 Software measurement
• Chapter 25 Configuration management
• 25.1 Version management
• 25.2 System building
• 25.3 Change management
• 25.4 Release management
• Glossary
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• Subject index
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• Author index
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