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Company Section IV-B / Fiat / IV-A / RCP-I / / Country Singapore / / / Event Product Issues / FDA Phase / / Facility National University of Singapore / Max Planck Institute / University of Waterloo / / IndustryTerm search path / randomized communication protocol / software level / faulttolerant systems / agreement protocol / real-world applications / large-scale decentralized services / verifiable secret sharing protocol / signature generation protocol / multicast protocol / multi-hop networks / spurious communications / communication protocols / fault-tolerant services / share recovery protocols / / OperatingSystem DoS / / Organization Qj / National University of Singapore / Max Planck Institute for Software Systems / University of Waterloo / U.S. Securities and Exchange Commission / Q2 / D. Hence / Qi / David R. Cheriton School of Computer Science / School of Computing / / Person Ian Goldberg / Aniket Kate / Martin Karsten Abstract / Key Shares / / Position trusted dealer / RT / p RT / Using RT / dealer / Private / / Product PlanetLab / peer gives / nodes / peer / P2P / behaviour / peers / RCP1 / / Technology second protocol / randomized algorithm / DKG protocol / corresponding protocol / distribution algorithm / signature generation protocol / Distributed algorithms / peer-to-peer / Query/Update protocol / randomized communication protocol / P2P / The protocol / multicast protocol / private key / two protocols / secret key / Byzantine agreement protocol / quorum-based protocols / cryptography / verifiable secret sharing protocol / public key / share recovery protocols / The DKG protocol / file sharing / simulation / communication protocols / P2P system / / SocialTag 
1 Towards Practical Communication in Byzantine-Resistant DHTs Maxwell Young, Aniket Kate, Ian Goldberg, and Martin Karsten