Fault Tolerant Systems 2nd edition by Israel Koren, Mani Krishna 9780128181065 0128181060

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ISBN 10: 0128181060
ISBN 13: 9780128181065 
Author: Israel Koren; C. Mani Krishna

Fault-Tolerant Systems, Second Edition, is the first book on fault tolerance design utilizing a systems approach to both hardware and software. No other text takes this approach or offers the comprehensive and up-to-date treatment that Koren and Krishna provide. The book comprehensively covers the design of fault-tolerant hardware and software, use of fault-tolerance techniques to improve manufacturing yields, and design and analysis of networks. Incorporating case studies that highlight more than ten different computer systems with fault-tolerance techniques implemented in their design, the book includes critical material on methods to protect against threats to encryption subsystems used for security purposes.

Fault Tolerant Systems 2nd Table of contents:

Chapter 1: Preliminaries
1.1. Fault Classification
1.2. Types of Redundancy
1.3. Basic Measures of Fault Tolerance
1.4. Outline of This Book
1.5. Further Reading
References

Chapter 2: Hardware Fault Tolerance
2.1. The Rate of Hardware Failure
2.2. Failure Rate, Reliability, and Mean Time to Failure
2.3. Hardware Failure Mechanisms
2.4. Common-Mode Failures
2.5. Canonical and Resilient Structures
2.6. Other Reliability Evaluation Techniques
2.7. Fault-Tolerance Processor-Level Techniques
2.8. Timing Fault Tolerance
2.9. Tolerance of Byzantine Failures
2.10. Further Reading
2.11. Exercises
References

Chapter 3: Information Redundancy
3.1. Coding
3.2. Resilient Disk Systems
3.3. Data Replication
3.4. Algorithm-Based Fault Tolerance
3.5. Further Reading
3.6. Exercises
References

Chapter 4: Fault-Tolerant Networks
4.1. Measures of Resilience
4.2. Common Network Topologies and Their Resilience
4.3. Fault-Tolerant Routing
4.4. Networks on a Chip
4.5. Wireless Sensor Networks
4.6. Further Reading
4.7. Exercises
References

Chapter 5: Software Fault Tolerance
5.1. Acceptance Tests
5.2. Single-Version Fault Tolerance
5.3. N-Version Programming
5.4. Recovery Block Approach
5.5. Preconditions, Postconditions, and Assertions
5.6. Exception Handling
5.7. Software Reliability Models
5.8. Fault-Tolerant Remote Procedure Calls
5.9. Further Reading
5.10. Exercises
References

Chapter 6: Checkpointing
6.1. What Is Checkpointing?
6.2. Checkpoint Level
6.3. Optimal Checkpointing: an Analytical Model
6.4. Cache-Aided Rollback Error Recovery (CARER)
6.5. Checkpointing in Distributed Systems
6.6. Checkpointing in Shared-Memory Systems
6.7. Checkpointing in Real-Time Systems
6.8. Checkpointing While Using Cloud Computing Utilities
6.9. Emerging Challenges: Petascale and Exascale Computing
6.10. Other Uses of Checkpointing
6.11. Further Reading
6.12. Exercises
References

Chapter 7: Cyber-Physical Systems
7.1. Structure of a Cyber-Physical System
7.2. The Controlled Plant State Space
7.3. Sensors
7.4. The Cyber Platform
7.5. Actuators
7.6. Further Reading
7.7. Exercises
References

Chapter 8: Case Studies
8.1. Aerospace Systems
8.2. NonStop Systems
8.3. Stratus Systems
8.4. Cassini Command and Data Subsystem
8.5. IBM POWER8
8.6. IBM G5
8.7. IBM Sysplex
8.8. Intel Servers
8.9. Oracle SPARC M8 Server
8.10. Cloud Computing
8.11. Further Reading
References

Chapter 9: Simulation Techniques
9.1. Writing a Simulation Program
9.2. Parameter Estimation
9.3. Variance Reduction Methods
9.4. Splitting
9.5. Random Number Generation
9.6. Fault Injection
9.7. Further Reading
9.8. Exercises
References

Chapter 10: Defect Tolerance in VLSI Circuits
10.1. Manufacturing Defects and Circuit Faults
10.2. Probability of Failure and Critical Area
10.3. Basic Yield Models
10.4. Yield Enhancement Through Redundancy
10.5. Further Reading
10.6. Exercises
References

Chapter 11: Fault Detection in Cryptographic Systems
Abstract
11.1. Overview of Ciphers
11.2. Security Attacks Through Fault Injection
11.3. Countermeasures
11.4. Further Reading
11.5. Exercises

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