- 软件工程(英文版第10版)/经典原版书库
- - 作者：(英)伊恩·萨默维尔
  - 出版社：机械工业
  - ISBN：9787111580966
  - 出版日期：2017/10/01
  - 页数：761
- 售价：51.6

内容大纲
    伊恩·萨默维尔著的《软件工程（英文版第10版）》是软件工程领域的经典教材，自1982年第1版出版至今，伴随着软件工程学科的发展不断更新，影响了一代又一代的软件工程人才，对学科建设也产生了积极影响。全书共四个部分，完整讨论了软件工程各个阶段的内容，是软件工程相关专业本科生和研究生的优秀教材，也是软件工程师必备的参考书籍。
    新版重要更新：
    全面更新了关于敏捷软件工程的章节，增加了关于Scrum的新内容。此外还根据需要对其他
    章节进行了更新以反映敏捷方法在软件工程中日益增长的应用。
    增加了关于韧性工程、系统工程、系统之系统的新章节。
    对于涉及可靠性、安全性、信息安全性的三章进行了彻底的重新组织。
    在面向服务的软件工程一章中增加了关于RESTful服务的新内容。
    更新和修改了关于配置管理的章节，增加了关于分布式版本控制系统的新内容。
    将关于面向方面的软件工程以及过程改进的章节从本书的纸质版移到了网站上。
    在网站上新增了补充材料，包括一系列教学视频。
作者介绍
伊恩·萨默维尔（Ian Sommerville）英国著名软件工程专家，曾任圣安德鲁斯大学软件工程系教授。他在软件工程的教学和科研方面有40多年的工作经验，研究领域包括需求工程、大规模复杂系统和系统可靠性等。他撰写的软件工程教材畅销全球，销量超过75万册。
目录
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
    3.5  Agile project management
    3.4  Scaling agile methods
  Chapter 4 Requirements engineering
    4.1  Functional and non-functional requirements
    4.2  Requirements engineering processes
    4.5  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 usingthe 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
     1 1.1 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

内容大纲

作者介绍

目录

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