Cover -- Title -- Copyright -- Foreword -- Preface -- Table of Contents -- Chapter 1 Introduction -- 1.1 Current Problems -- 1.2 Current Practice -- Chapter 2 Life Cycle Models -- 2.1 The DOD Life Cycle Mode -- 2.2 NASA Life Cycle Model -- 2.3 Alternative Software Life Cycle Models -- Chapter 3 Development Methodologies -- 3.1 Requirements -- 3.2 Design -- 3.3 Testing -- 3.4 Mathematical Forecasting -- 3.5 Cleanroom: An Alternative Software Development Process -- Chapter 4 Tools and Environments -- 4.1 Software Development Environments -- 4.2 Tools and Environments -- Chapter 5 Software Engineering Management -- 5.1 Management Principles -- 5.2 Resource Estimation -- Chapter 6 Quality Assurance -- 6.1 Reliability -- 6.2 Safety -- 6.3 Metrics -- Chapter 7 Programming Languages -- 7.1 Programming Languages Overview -- 7.2 Ada -- 7.3 Artificial Intelligence Languages -- Chapter 8 Reuse -- 8.1 Software Reuse: Definition and Overview -- 8.2 Engineering and Application of Reusable Software Resources -- 8.3 Reuse Tools -- Chapter 9 Legal Issues -- 9.1 Legal Issues -- Chapter 10 Emerging Technologies -- 10.1 Impact of Knowledge-Based Software Engineering on Aerospace Systems -- 10.2 Impact of Innovative Architectures -- 10.3 Symmetric Parallel Processing -- Chapter 11 Non-U.S. Aerospace Software Engineering -- 11.1 Aerospace Software Engineering in France -- 11.2 Aerospace Software Engineering in the United Kingdom -- 11.3 Aerospace Software in Sweden -- 11.4 Aerospace Software Engineering in Japan -- Chapter 12 Conclusion/Vision -- 12.1 Software Engineering of Tomorrow -- 12.2 Coping with the Crisis -- Author Index for Volume 136.