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City Springer-Verlag / Ithaca / San Jose / / Company IBM / Computer Science Laboratory / LYNCH N.A. / SRI International / / Currency pence / USD / / Event Product Issues / / Facility Georgia Institute of Technology / Cornell University / Stable Storage Property / FSPi's stable / / IndustryTerm fault-tolerant computing systems / fault-tolerant distributed systems / communications network / recovery protocols / nonfaulty fail-stop processor / k-fail-stop processor / real processors / fail-stop processor / fault-tolerant computing system / failstop processors / packet-switching network / k-fail-stop processors / k-failstop processors / real-time constraints / Fail-stop processors / fault-tolerant algorithm / nonfaulty processors / active / fault-tolerant systems / failstop processor / fewer processors / unavailable / e −− / sufficient processing capacity / k-fault-tolerant processor / / Organization National Science Foundation / School of Information / Cornell University / Association for Computing Machinery / Department of Computer Science / Georgia Institute of Technology / Atlanta / / Person O. Babaoglu / FRED B. SCHNEIDER / B. Alpern / / Position guard / General / Author / / Product p-process / / ProvinceOrState Hawaii / New York / California / Georgia / / PublishedMedium Lecture Notes in Computer Science / / Technology failstop processors / failed processor / 1 processors / k-fault-tolerant processor / correctly functioning processors / Byzantine Generals algorithm / recovery protocols / diagnostic tests / two processors / k-fail-stop processor / J. Algorithms / fault-tolerant algorithm / nonfaulty fail-stop processor / ASSIGNING PROCESSES TO PROCESSORS / malfunctioning processor / F.B. Fail-stop processors / Operating Systems / Fail-stop processors / same k-fail-stop processor / implementing fail-stop processors / k-fail-stop processors / 147 Real processors / one fail-stop processor / 1 real processors / Byzantine Agreement protocols / k-failstop processors / failstop processor / fail-stop processor / nonfaulty processors / third processor / approximating fail-stop processors / / SocialTag 
Byzantine Generals in Action" Implementing Fail-Stop Processors FRED B. SCHNEIDER Cornell University A fail-stop processor halts instead of performing an erroneous state transformation that might be