High Assurance Services Computing 1st Edition by Jing Dong, Raymond Paul, Liang Jie Zhang ISBN 9780387876580 0387876588

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Product details:
ISBN 10: 0387876588
ISBN 13: 9780387876580
Author: Jing Dong, Raymond Paul, Liang Jie Zhang

High Assurance Services Computing 1st Edition Table of contents:

Part 1: Foundations of High Assurance Services Computing

1. Introduction to Service Computing

   • Overview of Service-Oriented Architecture (SOA)
   • Key Concepts and Terminology in Service Computing
   • Challenges in Service-Based Systems

2. High Assurance Computing: Definition and Importance

   • What Constitutes High Assurance?
   • The Role of Reliability, Availability, and Security in Service Computing
   • Key Characteristics of High-Assurance Systems

3. Architectural Framework for High Assurance Services

   • Service-Oriented Architecture (SOA) and Its Role in High-Assurance Systems
   • Cloud Computing and Distributed Systems for High Assurance
   • Key Architectural Patterns for Reliable and Secure Services

Part 2: Service Reliability and Fault Tolerance

4. Reliability in Service Computing

   • Principles of Service Reliability
   • Techniques for Ensuring Reliability in Service Systems
   • Redundancy and Fault Tolerance in High-Assurance Systems

5. Fault Detection and Recovery

   • Fault Models and Failure Types in Service Systems
   • Techniques for Fault Detection, Diagnosis, and Isolation
   • Recovery Mechanisms for Ensuring System Continuity

6. Performance and Scalability in High-Assurance Services

   • Ensuring Performance in High-Assurance Service Systems
   • Load Balancing and Optimization for Scalable Services
   • Case Studies and Real-World Applications

Part 3: Security in High Assurance Services Computing

7. Security Challenges in Service Computing

   • Common Security Threats in Service-Oriented Architectures
   • Authentication, Authorization, and Access Control Mechanisms
   • Encryption and Secure Communication in Service Systems

8. Designing Secure Service Systems

   • Principles of Secure Software Engineering
   • Security Protocols for Service-Oriented Environments
   • Securing Web Services, APIs, and Microservices

9. Advanced Security Techniques for High-Assurance Services

   • Intrusion Detection and Prevention Systems (IDPS)
   • Blockchain and Distributed Ledger Technologies for Secure Services
   • Security Auditing, Monitoring, and Compliance

Part 4: Quality Assurance and Performance Evaluation

10. Quality Assurance in Service Computing

    • Quality Attributes in High-Assurance Systems
    • Methods for Ensuring Service Quality: Testing, Verification, and Validation
    • Continuous Integration and Delivery for High-Assurance Systems

11. Performance Evaluation and Benchmarking

    • Performance Metrics for High-Assurance Services
    • Tools and Techniques for Service Performance Evaluation
    • Benchmarking and Optimization of Service Systems

Part 5: Case Studies and Applications

12. Case Studies in High-Assurance Service Computing

    • Case Study 1: High-Assurance Cloud Computing Platforms
    • Case Study 2: Secure and Reliable Web Services in Financial Systems
    • Case Study 3: Fault-Tolerant Systems in Healthcare Services

13. Applications of High-Assurance Services

    • Applications in Critical Infrastructure Systems (e.g., Power, Water)
    • Applications in Healthcare, Finance, and E-Government
    • Future Directions and Emerging Trends in High-Assurance Services

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