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Highly Dependable Software 1st Edition by Marvin Zelkowitz ISBN 0120121581 9780120121588

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Highly Dependable Software 1st Edition Marvin Zelkowitz Ph.D. Ms Bs. Digital Instant Download

Author(s): Marvin Zelkowitz Ph.D. MS BS.
ISBN(s): 9780120121588, 0120121581
Edition: 1
File Details: PDF, 3.24 MB
Year: 2003
Language: english
SKU: EB-1494156 Category: Tag:

Highly Dependable Software 1st Edition by Marvin Zelkowitz – Ebook PDF Instant Download/Delivery: 0120121581, 9780120121588
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ISBN 10: 0120121581 
ISBN 13: 9780120121588
Author: Marvin Zelkowitz

Since 1960, Advances in Computers has chronicled the constantly shifting theories and methods of Information Technology which greatly shapes our lives today. Highly Dependable Software is the 58th volume in this Series. The seven chapters describe various approaches towards dependability: software development measurability, transformation oriented programming, Bounded Model Checking, GUI testing, history and lessons from software inspections, impact and problems related to errors in software, the evolution of the various security policies. This book would be an invaluable addition to any university course in computer technology, and an excellent reference tool for industrial practitioners.

  • Includes in-depth surveys and tutorials on advances in Computer Technology
  • Features the work of well-known authors and researchers in the field
  • Provides a broad overview of important developments
  • Contains extensive bibliographies
 

Highly Dependable Software 1st Table of contents:

1. Introduction to Dependable Software

  • Definition and Importance

  • Characteristics of Dependable Systems

  • Challenges in Software Dependability

2. Software Reliability Fundamentals

  • Reliability Metrics and Models

  • Faults, Errors, and Failures

  • Reliability Growth and Testing

3. Design for Dependability

  • Fault Tolerance Techniques

  • Redundancy and Diversity

  • Design Patterns for Reliable Software

4. Verification and Validation

  • Formal Methods and Model Checking

  • Testing Strategies for Dependability

  • Static and Dynamic Analysis

5. Fault Detection and Recovery

  • Error Detection Mechanisms

  • Recovery Strategies and Checkpointing

  • Exception Handling

6. Dependability in Distributed Systems

  • Challenges of Distributed Computing

  • Consensus and Agreement Protocols

  • Fault-Tolerant Distributed Architectures

7. Security and Dependability

  • Intersection of Security and Reliability

  • Threat Models and Risk Assessment

  • Secure Software Development Practices

8. Case Studies and Applications

  • Dependable Software in Aerospace

  • Medical Systems and Safety-Critical Software

  • Financial Systems

9. Future Trends in Dependable Software

  • AI and Machine Learning for Reliability

  • Autonomous Systems

  • Emerging Standards and Regulations

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Tags: Marvin Zelkowitz, Dependable Software