West Lafayette / Baltimore / New York / Washington / DC / Los Angeles / London / /
Company
Distributed Systems / M. Correia L. C. / The Boeing Company / Quorum Systems / Reliable Distributed Systems / ACM Special Interest Group / Springer-Verlag New York Inc. / Steward / Intel / /
Country
Japan / Brazil / Australia / Korea / United Kingdom / Israel / Sweden / United States / / /
Event
Product Issues / FDA Phase / /
Facility
Swedish Institute of Computer Science / University of Washington / Purdue University / Rampart Toolkit / Hebrew University of Jerusalem / Monash University / Johns Hopkins University / /
IndustryTerm
area networks / consensus algorithm / intra-site representative election protocol / replication protocols / benign fault-tolerant protocol / communication systems / art protocols / fault-tolerant protocol / intrusion-tolerant group services / individual protocols / local area networks / replication solutions / correct server / agreement protocol / level protocol / benign fault-tolerant protocols / integrity services / fail-stop processors / byzantine fault-tolerant services / remote site / wide area agreement protocol / replication algorithm / combiner server / server site / intra-site / benign fault-tolerant algorithm / lightweight fault-tolerant protocol / fault-tolerant protocols / cation protocols / fault-tolerant computing systems / faulttolerant software / replication algorithms / agreement algorithm / potential global view change protocol / wide area networks / fault-tolerant replication systems / wide area network / wide area faulttolerant protocol / byzantine fault-tolerant systems / non-leading site / k-fail-stop processors / intra-site agreement protocol / local view change protocol / view change protocol / coded software implementations / lightweight protocol / threshold signing protocols / SIGN intra-site protocol / fault-tolerant services / intra-site protocol / leadings site / on providing intrusion-tolerant group services / /
NaturalFeature
East coast / West Coast / /
Organization
University of Washington / Monash University / National Science Foundation / Hebrew University of Jerusalem / Jerusalem / Johns Hopkins University / IEEE / Purdue University / Swedish Institute of Computer Science / IEEE Computer Society / /
Person
S. Jarecki / Fleet / T. Rabin / H. Krawczyk / Dan Schnackenberg / R. Gennaro / /
Position
site representative / non-leading site representative / protocol coordinator / representative / Leading site representative / leader / coordinator / local representative / /
Scaling Byzantine Fault-Tolerant Replication to Wide Area Networks Yair Amir1 , Claudiu Danilov1 , Danny Dolev2 , Jonathan Kirsch1 , John Lane1 , Cristina Nita-Rotaru3 , Josh Olsen3 , David Zage3 1 Johns Hopkins Universi