(Enter summary)
Abstract: An architecture for fault-tolerant computing is formalized
and shown to satisfy a key correctness property.
The reliable computing platform uses replicated
processors and majority voting to achieve fault tolerance.
Under the assumption of a majority of processors
working in each frame, we show that the replicated
system computes the same results as a single
processor system not subject to failures. Sufficient
conditions are obtained to establish that the replicated
system recovers from... (Update)
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BibTeX entry: (Update)
Divito,B.,R.Butler,and J. Caldwell,HighLevelDesignProof of a Reliable Computing Platform, in Dependable Computing for Critical Applications -- 2, J. MeyerandR. Schlichting, Editors, pg. 279--306, Springer Verlag: Vienna, Austria, February 1991. http://citeseer.ist.psu.edu/divito92high.html More
@misc{ divito91highleveldesignproof,
author = "B. Divito and R. Butler and J. Caldwell",
title = "HighLevelDesignProof of a Reliable Computing Platform",
text = "Divito,B.,R.Butler,and J. Caldwell,HighLevelDesignProof of a Reliable Computing
Platform, in Dependable Computing for Critical Applications -- 2, J. MeyerandR.
Schlichting, Editors, pg. 279--306, Springer Verlag: Vienna, Austria, February
1991.",
year = "1991",
url = "citeseer.ist.psu.edu/divito92high.html" }
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