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Foreword. Preface. Acknowledgements. Part One: The background to software engineering and quality. 1. The meaning of quality in software. 2. Software failures and the life cycle. 3. Integrity and the safety life cycle. Part Two: Guidance, legislation and liability. 4. Legislation and liability. 5. Current standards and guidelines. 6. Certification and competence. Part Three: Achieving quality software. 7. The traditional approach. 8. Formal methods in requirements. 9. Formal methods in design. 10. Review and test. 11. Static analysis. 12. Languages and their processors. 13. Achieving fault tolerance in design. Part Four: Management issues. 14. Software management issues. 15. Metrics and modelling. Part Five: Case study. 16. Software system design exercise - addressable detection system. Appendix 1: Checklists. Appendix 2: Glossary of terms and abbreviations. Appendix 3: Bibliography and references. Index.
Foreword. Preface. Acknowledgements. Part One: The background to software engineering and quality. 1. The meaning of quality in software. 2. Software failures and the life cycle. 3. Integrity and the safety life cycle. Part Two: Guidance, legislation and liability. 4. Legislation and liability. 5. Current standards and guidelines. 6. Certification and competence. Part Three: Achieving quality software. 7. The traditional approach. 8. Formal methods in requirements. 9. Formal methods in design. 10. Review and test. 11. Static analysis. 12. Languages and their processors. 13. Achieving fault tolerance in design. Part Four: Management issues. 14. Software management issues. 15. Metrics and modelling. Part Five: Case study. 16. Software system design exercise - addressable detection system. Appendix 1: Checklists. Appendix 2: Glossary of terms and abbreviations. Appendix 3: Bibliography and references. Index.
Part 1 The background to software engineering and quality: the meaning of quality in software; software failures and life-cycle; integrity and the safety life-cycle. Part 2 Guidance, legislation and liability: legislation and liability; current standards and guidelines; certification and competence. Part 3 Achieving software quality; the traditional approach; formal methods in requirements; formal methods in design; review and test; static analysis; languages and processors; achieving fault tolerance in design. Part 4 Management issues: software management issues; metrics and modelling. Part 5 Case study: software system design exercise - addressable detection system. Checklists.
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