Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software
Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software
ISBN: 0131872508
EAN: 2147483647
EAN: 2147483647
Year: 2006
Pages: 394
Pages: 394
Authors: Bijay K. Jayaswal, Peter C. Patton
- Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software
- Table of Contents
- Copyright
- Foreword
- Preface
- Acknowledgments
- About the Authors
- Part I: Contemporary Software Development Process, Their Shortcomings, and the Challenge of Trustworthy Software
- Chapter 1. Software Development Methodology Today
- Overview
- Software Development: The Need for a New Paradigm
- Software Development Strategies and Life-Cycle Models
- Software Process Improvement
- ADR Method
- Seven Components of the Robust Software Development Process
- Robust Software Development Model
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 2. The Challenge of Trustworthy Software: Robust Design in Software Context
- Overview
- Software Reliability: Myth and Reality
- Limitations of Traditional Quality Control Systems
- Japanese Quality Management Systems and the Taguchi Approach
- The Nitty-Gritty of Taguchi Methods for Robust Design
- The Challenge of Software Reliability: Design for Trustworthy Software
- A Robust Software Development Model: DFTS Process in Practice
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 3. Software Quality Metrics
- Overview
- Measuring Software Quality
- Classic Software Quality Metrics
- Total Quality Management
- Generic Software Quality Measures
- Current Metrics and Models Technology
- New Metrics for Architectural Design and Assessment
- Common Architectural Design Problems
- Pattern Metrics in OOAD
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 4. Financial Perspectives on Trustworthy Software
- Overview
- Why DFTS Entails Different Financial Analyses
- Cost and Quality: Then and Now
- Cost of Software Quality
- Cost of Software Quality Over the Life Cycle
- CoSQ and Activity-Based Costing
- Quality Loss Function in Software
- Financial Evaluation of a DFTS Investment
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions
- Problems
- Endnotes
- Chapter 5. Organizational Infrastructure and Leadership for DFTS
- Overview
- Organizational Challenges of a DFTS Deployment
- DFTS Implementation Framework
- Putting It All Together
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Part II: Tools and Techniques of Design for Trustworthy Software
- Chapter 6. The Seven Basic (B7) Tools of Quality
- Overview
- The Seven Basic (B7) Tools
- B7 in a DFTS Context
- Other DFTS Tools, Techniques, and Methodologies
- Flowcharts
- Pareto Charts
- Cause-and-Effect Diagrams
- Scatter Diagrams
- Check Sheets
- Histograms
- Graphs
- Control Charts
- Key Points
- Additional Resources
- Review Questions
- Discussion Questions
- Endnotes
- Chapter 7. The 7 MP Tools: Analyzing and Interpreting Qualitative and Verbal Data
- Overview
- The N7 and 7 MP Tools
- Typical Applications of 7 MP Tools
- Affinity Diagram
- Interrelationship Diagraph (I.D.)
- Tree Diagram
- Prioritization Matrices
- Matrix Diagram
- Process Decision Program Chart (PDPC)
- Activity Network Diagram
- Behavioral Skills for 7 MP Tools
- Key Points
- Additional Resources
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 8. The Analytic Hierarchy Process
- Overview
- Prioritization, Complexity, and the Analytic Hierarchy Process
- Multiobjective Decision-Making and AHP
- Case Study 8.1 Solution Using Expert Choice
- Approximations to AHP with Manual Calculations
- Conclusion
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Problems
- Endnotes
- Chapter 9. Complexity, Mistakes, and Poka Yoke in Software Development Processes
- Overview
- Poka Yoke as a Quality Control System
- Principles of Poka Yoke
- Causes of Defects: Variation, Mistakes, and Complexities
- Situations in Which Poka Yoke Works Well
- Mistakes as Causes of Defects
- Controlling Complexity in Software Development
- Mistakes, Inspection Methods, and Poka Yoke
- Deploying a Poka Yoke System
- Identifying a Poka Yoke Solution
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 10. 5S for Intelligent Housekeeping in Software Development
- Overview
- 5S: A Giant Step Toward a Productive Workplace Environment
- Implementation Phases of the 5S System
- The 5S System and the DFTS Process
- Overcoming Resistance
- Implementing 5S
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 11. Understanding Customer Needs: Software QFD and the Voice of the Customer
- Overview
- QFD: Origin and Introduction
- Problems with Traditional QFD Applied to Software
- Modern QFD for Software
- The Blitz QFD Process
- Implementing Software QFD
- Conclusion
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions
- Endnotes
- About the Author
- Chapter 12. Creativity and Innovation in the Software Design Process: TRIZ and Pugh Concept Selection Methodology
- Overview
- The Need for Creativity in DFTS
- Creativity and TRIZ
- TRIZ in Software Development
- TRIZ, QFD, and Taguchi Methods
- Brainstorming
- Pugh Concept Selection Methodology
- Software as Intellectual Property
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 13. Risk Assessment and Failure Modes and Effects Analysis in Software
- Overview
- FMEA: Failure Modes and Effects Analysis
- Upstream Application of FMEA
- Software Failure Tree Analysis
- Software Failure Modes and Their Sources
- Risk Assignment and Evaluation at Each Stage of DFTS
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 14. Object and Component Technologies and Other Development Tools
- Overview
- Major Challenges in Enterprise Business Applications
- Object-Oriented Analysis, Design, and Programming
- Component-Based Software Development Technology
- Extreme Programming for Productivity
- N-Version Programming for Reliability
- Modern Programming Environments
- Trends in Computer Programming Automation
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Part III: Designing for Trustworthy Software
- Chapter 15. Quality Measures and Statistical Methods for Trustworthy Software
- Overview
- Trustworthy Software
- Microsoft s Trustworthy Computing Initiative
- Statistical Process Control for Software Development Processes
- Statistical Methods for Software Architects
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Problems
- Endnotes
- Chapter 16. Robust Software in Context
- Overview
- The Software Specification Process
- What Is Robust Software?
- Requirements for Software to Be Robust
- Specifying Software Robustness
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Problems
- Endnotes
- Chapter 17. Taguchi Methods and Optimization for Robust Software
- Overview
- Taguchi Methods for Robust Software Design
- An Example from Engineering Design
- An Example from Software Design and Development
- Orthogonal Matrices for Taguchi Parameter Design Experiments
- Applications to the Design of Trustworthy Software
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions
- Problems
- Endnotes
- Chapter 18. Verification, Validation, Testing, and Evaluation for Trustworthiness
- Overview
- Continuing the Development Cycle
- Verification
- Validation
- Testing and Evaluation
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Problems
- Endnotes
- Chapter 19. Integration, Extension, and Maintenance for Trustworthiness
- Overview
- Completing the Development Cycle
- Integration
- Extension
- Maintenance
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Problems
- Endnotes
- Part IV: Putting It All Together: Deployment of a DFTS Program
- Chapter 20. Organizational Preparedness for DFTS
- Overview
- Time to Ponder
- Leadership Challenges for Transformational Initiatives
- Assessing Key Organizational Elements
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions and Projects
- Endnotes
- Chapter 21. Launching a DFTS Initiative
- Overview
- DFTS and the PICS Framework
- Plan
- Implement
- Control
- Secure
- Application in Small Software Firms and e-Cottages
- What s Next?
- Key Points
- Additional Resources
- Internet Exercises
- Review Questions
- Discussion Questions
- Endnotes
- Part V: Six Case Studies
- Chapter 22. Cost of Software Quality (CoSQ) at Raytheon s Electronic Systems (RES) Group
- Introduction
- RES and Its Improvement Program
- Cost of Software Quality
- Experiences and Lessons Learned
- Case Study Implications
- Endnotes
- Chapter 23. Information Technology Portfolio Alignment
- Overview
- Part OneThe Challenge
- Part TwoA New, Rational Approach
- Risk
- Extensions
- Summary
- Endnote
- Chapter 24. Defining Customer Needs for Brand-New Products: QFD for Unprecedented Software
- Overview
- Introduction
- Defining Brand-New Needs
- Tools
- Last Steps
- Layers of Resistance
- Conclusion
- Acknowledgments
- References
- About the Author
- Chapter 25. Jurassic QFD: Integrating Service and Product Quality Function Deployment
- Overview
- Company Profile of MD Robotics
- Why QFD?
- Triceratops Encounter at Universal Studios Florida Island of Adventure
- Summary
- About the Authors
- References
- Endnotes
- Chapter 26. Project QFD: Managing Software Development Projects Better with Blitz QFD
- Overview
- Introduction
- Problems with New Development
- Focus on Value with Project QFD
- Summary
- Acknowledgments
- References
- About the Author
- Chapter 27. QFD 2000: Integrating QFD and Other Quality Methods to Improve the New-Product Development Process
- Overview
- Demand for New Products
- Quality and New-Product Development
- Resources for QFD and Other Quality Methods
- About the Author
- References
- Glossary of Technical Terms
- Index
- SYMBOL
- A
- B
- C
- D
- E
- F
- G
- H
- I
- J
- K
- L
- M
- N
- O
- P
- Q
- R
- S
- T
- U
- V
- W
- X
- Y
- Z
- Name Index
Design for Trustworthy Software: Tools, Techniques, and Methodology of Developing Robust Software
ISBN: 0131872508
EAN: 2147483647
EAN: 2147483647
Year: 2006
Pages: 394
Pages: 394
Authors: Bijay K. Jayaswal, Peter C. Patton