SafeSpection A Systematic Customization Approach for Software Hazard Identification 1st edition by Christian Denger, Mario Trapp, Peter Liggesmeyer ISBN 3540876977 9783540876977

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Product details:

ISBN 10:       3540876977
ISBN 13: 978-3540876977
Author:         Christian Denger, Mario Trapp, Peter Liggesmeyer

Software is an integral part of many technical systems and responsible for the realization of safety-critical features contained therein. Consequently, software has to be carefully considered in safety analysis efforts to ensure that it does not cause any system hazards. Safety engineering approaches borrowed from systems engineering, like Failure Mode and Effect Analysis, Fault Tree Analysis, or Hazard and Operability Studies, have been applied on software-intensive systems. However, in order to be successful, tailoring is needed to the characteristics of software and the concrete application context. Furthermore, due to the manual and expert-dependent nature of these techniques, the results are often not repeatable and address mainly syntactic issues. This paper presents the concepts of a customization framework to support the definition and implementation of project-specific software hazard identification approaches. The key-concepts of the approach, generic guide-phrases, and tailoring concepts to create objective, project-specific support to detect safety-weaknesses of software-intensive systems are introduced.

SafeSpection – A Systematic Customization Approach for Software Hazard Identification 1st Table of contents:

• Overview of Software Hazard Identification
• Importance of SafeSpection in Hazard Detection
• Motivation for Customization in Hazard Identification Systems

Software Hazard Identification Concepts

• Key Concepts in Software Safety
• Challenges in Software Hazard Analysis
• Existing Approaches for Hazard Identification

SafeSpection Framework

• Introduction to SafeSpection
• Systematic Customization of Hazard Identification
• Architecture of the SafeSpection System

Customization Approach for Software Hazard Identification

• Tailoring Hazard Identification to Specific Software Contexts
• Methods for Identifying and Analyzing Hazards
• Case Studies in Customization and Application

Tools and Techniques for SafeSpection

• Software Tools for Hazard Detection
• Techniques for Hazard Classification and Prioritization
• Integration of SafeSpection with Development Processes

Evaluation and Validation of SafeSpection

• Performance Metrics for Hazard Identification Systems
• Empirical Evaluation of SafeSpection in Real-World Software Systems
• Comparison with Existing Hazard Identification Methods

Applications of SafeSpection

• SafeSpection in Critical Systems (e.g., Automotive, Aerospace)
• Applications in Safety-Critical Software Development
• Industry Adoption and Impact

Challenges and Future Directions

• Current Limitations of SafeSpection
• Opportunities for Enhancing Hazard Identification Techniques
• Future Trends in Software Safety and Hazard Detection

Conclusion

• Summary of Key Contributions
• Impact of SafeSpection on Software Safety Practices
• Final Thoughts on Future Work and Improvements

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