Handling Safety Critical Requirements in System Engineering Using the B Formal Method 1st Edition by Didier Essame ISBN 9783540301387

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ISBN 10: 
ISBN 13: 9783540301387
Author: Didier Essame

The IEEE standard “std 1220-1998” defines system engineering as a collaborative and an interdisciplinary approach to transform customer needs into a system solution. The fundamental system engineering objective is to provide high-quality products and services, with the correct people and performances features, at an affordable price, and on time. Building critical system involves stringent management of safety critical requirements. In particular, the engineering process must guarantee that resulting technical requirements do not jeopardize customer safety needs.

Handling Safety Critical Requirements in System Engineering Using the B Formal Method 1st Table of contents:

• Background on Safety-Critical Systems

  • 2.1 Definition of Safety-Critical Systems
  • 2.2 Types of Safety-Critical Systems (Aerospace, Medical, Automotive, etc.)
  • 2.3 Safety Standards and Regulations (IEC 61508, ISO 26262, DO-178C)
  • 2.4 Challenges in Ensuring Safety in Complex Systems
  • 2.5 Importance of Safety Requirement Specification and Verification

• Introduction to Formal Methods

  • 3.1 What are Formal Methods?
  • 3.2 Benefits and Limitations of Using Formal Methods
  • 3.3 Types of Formal Methods: Specification, Verification, and Validation
  • 3.4 Tools and Techniques for Formal Verification
  • 3.5 Overview of Model Checking, Theorem Proving, and Refinement

• The B Formal Method

  • 4.1 History and Evolution of the B Formal Method
  • 4.2 Key Concepts in the B Method: Machines, Refinement, and Proofs
  • 4.3 Notations and Syntax of the B Formal Method
  • 4.4 B Method Tool Support: Atelier B, ProB, and Others
  • 4.5 The Role of B Method in the Development Life Cycle

• Safety-Critical Requirements in System Engineering

  • 5.1 Identifying Safety-Critical Requirements
  • 5.2 Techniques for Capturing and Modeling Safety Requirements
  • 5.3 Importance of Safety Requirements in System Design and Development
  • 5.4 Methods for Ensuring Traceability and Consistency
  • 5.5 Safety Analysis Techniques (HAZOP, FMEA, Fault Tree Analysis)

• Applying the B Formal Method to Safety-Critical Systems

  • 6.1 Mapping Safety-Critical Requirements to the B Formal Method
  • 6.2 Formal Specification of Safety Requirements Using B
  • 6.3 Refining Safety Requirements in the B Method
  • 6.4 Verification and Validation of Safety Requirements Using the B Method
  • 6.5 Case Study: Modeling Safety-Critical System Behavior with B

• Verification of Safety Properties Using the B Formal Method

  • 7.1 Safety Properties in Formal Verification
  • 7.2 Proof Obligations and Safety Verification in B
  • 7.3 Use of Theorem Proving in Safety-Critical Systems
  • 7.4 Refinement Strategies for Verifying Safety Properties
  • 7.5 Automatic Verification Tools for Safety in the B Method

• Challenges and Solutions in Applying the B Formal Method to Safety-Critical Systems

  • 8.1 Complexity of Safety-Critical Systems
  • 8.2 Managing Large-Scale Specifications with the B Method
  • 8.3 Balancing Formal Methods with Other Verification Techniques
  • 8.4 Addressing the Gap Between Formal Models and Real-World Systems
  • 8.5 Overcoming Practical Barriers to Using the B Formal Method

• Case Studies of Safety-Critical Systems Using the B Formal Method

  • 9.1 Case Study 1: Aerospace Systems and the B Method
  • 9.2 Case Study 2: Automotive Safety and Formal Methods
  • 9.3 Case Study 3: Medical Device Safety Verification
  • 9.4 Case Study 4: Industrial Control Systems
  • 9.5 Lessons Learned from Case Studies

• Future Directions and Research in Safety-Critical Systems Engineering

  • 10.1 Evolving Safety Standards and Formal Methods
  • 10.2 Integration of the B Method with Other Safety Tools
  • 10.3 Machine Learning and Formal Methods in Safety Engineering
  • 10.4 Advancements in Tool Support for the B Method
  • 10.5 Future Challenges in Safety-Critical System Verification

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