| Document Date: 2013-09-18 16:37:33
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City Piscataway / / Company UBs / Intel / / Currency USD / / / Event Product Issues / / Facility Computer Society Digital Library / Johns Hopkins University / / IndustryTerm hypothetical protocol / malicious server / last correct server / asynchronous network / replication protocols / faulty network / fault-tolerant replication systems / faulty processor / faulty server / faulty processors / network-specific constant accounting / fault-tolerant replication protocol / correct server / agreement protocol / fault-tolerant replication protocols / slowest correct server / view change protocol / wide-area networks / correct processors / Recent protocols / distributed monitoring protocol / nonleader server / similar protocols / well-provisioned local-area networks / fault-tolerant state machine replication protocol / faulttolerant replication protocol / processors / fault-tolerant state machine replication protocols / studied protocol / correct processor / stable server / / NaturalFeature PO / / Organization Johns Hopkins University / Department of Computer Science / US Defense Advanced Research Projects Agency / Stable / IEEE Computer Society / / Person Jonathan Kirsch / Brian Coan / AMIR ET AL / John Lane / Prime / Min Latencyðs / / Position Suspect-Leader / current leader / leader / the leader / The Distributed Monitoring Protocol Before describing Suspect-Leader / The Suspect-Leader / protocols leader / TATs_If_Leader / leader / coordinator / present Suspect-Leader / leader in Prime / / Product processor / clients / leader / leaders / processors / network / server / servers / leader more leeway / / ProgrammingLanguage C / / ProvinceOrState New Jersey / / Technology Byzantine fault-tolerant replication protocol / faulty processor / leader-based protocols / agreement protocol / The view change protocol / Byzantine fault-tolerant state machine replication protocol / leader-based Byzantine faulttolerant replication protocol / private key / Byzantine fault-tolerant replication protocols / distributed monitoring protocol / hypothetical protocol / existing protocols / existing Byzantine fault-tolerant replication protocols / Byzantine-resilient protocols / Byzantine fault-tolerant state machine replication protocols / hPO / Byzantine replication protocols / Existing Byzantine-resilient replication protocols / ping protocol / asynchronous Byzantine agreement protocol / BFT protocol / collectively called processors / http / Byzantine processors / main protocol / correct processor / Digital Object Identifier / / URL http /
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564 IEEE TRANSACTIONS ON DEPENDABLE AND SECURE COMPUTING, VOL. 8,