| Document Date: 2007-04-26 00:00:00
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City Springer-Verlag / / Company Mark R. Tuttle Digital Equipment Corporation / Princeton University Press / SIAM Journal / / Currency pence / / / Event FDA Phase / Product Issues / / Facility Mark R. Tuttle Digital Equipment Corporation Cambridge Research Lab One Kendall Square / Harvard University / / IndustryTerm deterministic protocol / unreliable distributed systems / faulty processor / machinery / round protocol / distributed computing / r-round protocol / distinct protocols / synchronous protocols / fail-stop processors / r-round asynchronous protocol / wait-free protocol / process full-information protocol / trivial protocol / asynchronous systems / resilient k-set agreement protocol / computing / process protocol / r-round semi-synchronous protocol / / Organization Harvard University / Brown University / Princeton University / Sergio Rajsbaum Instituto / United Nations / / Person Maurice P. Herlihy / Yoram Moses / Baruch Awerbuch / David Peleg / Joseph Y. Halpern / Nancy A. Lynch / Nancy Lynch / Hagit Attiya / Fotis Zaharoglou / Amotz Bar-Noy / Marshall Pease / Michael S. Paterson / Larry Stockmeyer / Edwin H. Spanier / Robert Shostak / Michael J. Fischer / Sergio Rajsbaum / Maurice Herlihy / Nir Shavit / Daphne Koller / Gunnar Hoest / Addison Wesley / Eli Gafni / Elizabeth Borowsky / Danny Dolev / Leslie Lamport / Cynthia Dwork / Michael Saks / Soma Chaudhuri / Formal Models / Rudiger Reischuk / Sergio Rajsbaum Instituto de Matem / / / Position editor / shared-memory model / message-passing model / / Product processor / process / A0 / SZ93 / Had83 / Mr1 / A1 / processes / P0 / M1K / Page / CHLT93 / protocol complex / HS93 / U0 / / ProvinceOrState New Jersey / New York / Rhode Island / / PublishedMedium Journal of the ACM / SIAM Journal on Computing / Theoretical Computer Science / Theory of Computing / / Region Bermuda Triangle / / Technology one faulty processor / one-round protocols / wait-free protocol / process protocol / round protocol / one-round protocol / shared memory / fail-stop processors / trivial protocol / deterministic protocol / resilient k-set agreement protocol / r-round asynchronous protocol / r-round protocol / r-round semi-synchronous protocol / /
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Unifying Synchronous and Asynchronous Message-Passing Models Maurice Herlihy Computer Science Department Brown University Providence, RI 02912