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Proceedings of the June 1997 symposium, with papers on distributed systems, dependability evaluation, checkpointing and recovery, user interfaces and object-oriented testing, real-time systems, test generation, scheduling and recovery, exploiting redundancy, fault injection, robust algorithms, design for testing and reliability, modeling and prediction, and large-scale systems. There is also a section on work in progress and outrageous opinions. No index. Annotation copyrighted by Book News, Inc., Portland, OR.

Fault-tolerant computing --- Fault-tolerant computing.

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Fault-tolerant computing

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Fault-tolerant computing

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Fault-tolerant computing --- Cryptography

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FTXS is a workshop aimed at identifying looming problems and discussing promising research solutions in the area of High Performance Computing (HPC) In particular, extreme scale leadership class supercomputers fall into this broad category For the HPC community, a new scaling in numbers of processing elements has superseded the historical trend of Moore s Law scaling in processor frequencies This progression from single core to multi core and many core will be further complicated by the community s imminent migration from traditional homogeneous architectures to ones that are heterogeneous in nature As a consequence of these trends, the HPC community is facing rapid increases in the number, variety, and complexity of components, and must thus overcome increases in aggregate fault rates, fault diversity, and complexity of isolating root cause.

Fault-tolerant computing