| Document Date: 2002-12-27 11:06:12
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City Cambridge / Flooding / OVERLAY / CAN tree / / Company Microsoft / / Country United States / United Kingdom / / Currency ZAR / / Event Natural Disaster / / IndustryTerm generalized hypercube routing algorithm / overlay networks / node joining algorithm / experimental setting using protocols / broadcast algorithm / possible network / generic application-level multicast infrastructure / p2p routing algorithms / application-level multicast systems / mini-overlay network / large networks / global overlay network / Internet-scale application-level multicast / to these systems / unicast communications / overlay network / multicast / mini-overlay networks / identical simulation infrastructure / / Person Michael B. Jones / Scribe / Anne-Marie Kermarrec / Miguel Castro / Marvin Theimer / Antony Rowstron / Helen Wang / RAND L INK / Alec Wolman / / Position representative / same representative / / Product Pastry / / ProgrammingLanguage J / / Technology LAN / generalized hypercube routing algorithm / basic CAN algorithm / p2p routing algorithms / Peer-to-peer / decentralized algorithm / node joining algorithm / experimental setting using protocols / 5050 routers / p2p / assigned router / simulation / broadcast algorithm / /
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An Evaluation of Scalable Application-level Multicast Built Using Peer-to-peer Overlays Miguel Castro∗ , Michael B. Jones† , Anne-Marie Kermarrec∗ , Antony Rowstron∗ , Marvin Theimer† , Helen Wang† and Alec W