Software engineering a practitioner's approach
A guide to software engineering. It focuses on widely used software engineering methods and will de-emphasize or completely eliminate discussion of secondary methods, tools and techniques.
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| Main Authors: | , |
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| Format: | Book |
| Language: | English |
| Published: |
New York, NY
McGraw-Hill Education
2015
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| Edition: | Eighth edition |
| Subjects: | |
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Table of Contents:
- 1. The Nature of Software
- 2. Software Engineering
- Pt.1. The Software Process
- 3. Software Process Structure
- 4. Process Models
- 5. Agile Development
- 6. Human Aspects of Software Engineering
- Pt.2. Modeling
- 7. Principles That Guide Practice
- 8. Understanding Requirements
- 9. Requirements Modeling: Scenario-Based Methods
- 10. Requirements Modeling: Class-Based Methods
- 11. Requirements Modeling: Behavior, Patterns, and Web/Mobile Apps
- 12. Design Concepts
- 13. Architectural Design
- 14. Component-Level Design
- 15. User Interface Design
- 16. Pattern-Based Design
- 17. WebApp Design
- 18. MobileApp Design
- Pt.3. Quality Management
- 19. Quality Concepts
- 20. Review Techniques
- 21. Software Quality Assurance
- 22. Software Testing Strategies
- 23. Testing Conventional Applications
- 24. Testing Object-Oriented Applications
- 25. Testing Web Applications
- 26. Testing MobileApps
- 27. Security Engineering
- 28. Formal Modeling and Verification
- 29. Software Configuration Management
- 30. Product Metrics
- Pt.4. Managing Software Projects
- 31. Project Management Concepts
- 32. Process and Project Metrics
- 33. Estimation for Software Projects
- 34. Project Scheduling
- 35. Risk Management
- 36. Maintenance and Reengineering
- Part Five Advanced Topics
- 37. Software Process Improvement
- 38. Emerging Trends in Software Engineering
- 39. Concluding Comments
- Appendix I. An Introduction to UML
- Appendix II. Object-Oriented Concepts
- Appendix III. Formal Methods