| Document Date: 2013-09-18 16:37:33
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City San Francisco / Piscataway / Brighton / Philadelphia / Seattle / Baltimore / Pisa / Cauchy / Beijing / Lisboa / Correia / London / Florianpolis / / Company Distributed Systems / Distributed Computing Systems / M. J. Fischer N. A. / Reliable Distributed Systems / Intel / / Country Brazil / Portugal / United Kingdom / China / Italy / United States / / / Event Product Issues / Person Communication and Meetings / / Facility Rampart Toolkit / International Computer Science Institute / Johns Hopkins University / / IndustryTerm area networks / cryptographic tools / replication protocols / replication systems / select processors / faulty processor / highintegrity services / faulty server / faulttolerant state machine replication protocol / faulty processors / correct server / agreement protocol / slowest correct server / fault tolerant systems / replication protocol / multicast protocol / fault-tolerant protocols / real-time systems / reconciliation protocol / stable server / to other leaderbased protocols / last correct server / fault-tolerant replication systems / quorum systems / network-specific constant accounting / intrusion-tolerant replication systems / wide-area networks / non-leader server / correct processors / intrusion-tolerant asynchronous services / coordinator protocol / asynchronous agreement protocols / hybrid quorum protocol / fault-tolerant services / / OperatingSystem DoS / / Organization International Computer Science Institute / USENIX Association / National Science Foundation / Johns Hopkins University / / Person B. Figure / O. Rabin / Min Lat / Upper Bound / Upper Bound Task / / Position leader for global ordering / Prime Minister / TAT leader / official view / leader / and TAT leader / PREPARE / * / * / pm / Non-leader / Suspect-Leader / acceptable using TAT Leader / sending pm / moving forward / covers pm / coordinator / Leader / / Product processor / replicas / process / leader / leaders / processors / server / servers / / ProvinceOrState Washington / Maryland / N. F. / / PublishedMedium Journal of the ACM / Communications of the ACM / / Technology faulty processor / leader-based protocols / HQ protocol / preordering agreement protocol / Q/U protocol / ordering protocol / SUSPECT LEADER Protocol / Prime protocol / leader-based Byzantine SMR protocol / LEADER protocol / two protocols / reconciliation protocol / leader-based Byzantine fault-tolerant SMR protocols / Prime ordering protocol / correct processors / Byzantine faulttolerant SMR protocol / Byzantine replication protocol / hPO / leader-based Byzantine fault-tolerant SMR protocol / coan@research.telcordia.com Abstract Existing Byzantine-resilient replication protocols / Completely asynchronous agreement protocols / SMR protocol / 7 Related Work The protocols / agreement protocol / leader-based Byzantine replication protocols / 4.1 Prime Ordering Protocol / hybrid quorum protocol / multicast protocol / Byzantine faulttolerant state machine replication protocol / Operating Systems / Byzantine fault-tolerant SMR protocol / Byzantine fault-tolerant protocols / Byzantine SMR protocols / rotating coordinator protocol / ping protocol / asynchronous Byzantine agreement protocol / SUSPECTLEADER protocol / 2 Telcordia Technologies / / URL www.dsn.jhu.edu / /
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Byzantine Replication Under Attack ∗ Yair Amir1, Brian Coan2 , Jonathan Kirsch1 , John Lane1 1 Johns Hopkins University, Baltimore, MD. {yairamir, jak, johnlane}@cs.jhu.edu 2 Telcordia Technologies, Piscataway, NJ. coa