| Document Date: 2003-10-10 15:30:26
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City Los Angeles / / Company DHTs / Intel / / Country Germany / / Currency USD / / / Facility University of Washington / / IndustryTerm satellite links / large-scale distributed applications / much faster recovery algorithms / Internet topology / Internet graph / faster recovery algorithms / active recovery algorithms / butterfly networks / large scale distributed systems / power-law degree-based generators / butterfly network / node network / turn-key systems / recovery algorithm / Internet topology model / basic routing algorithms / Internet latency distribution / insight across algorithms / recovery algorithms / closest server / Internet latency / / Organization University of Washington / Computer Systems Organisation / National Science Foundation / UC Berkeley / / Person Hypercube Hybrid / / Position Computer Communication Networks General / / ProvinceOrState Virginia / / Technology basic routing algorithms / much faster recovery algorithms / randomized algorithm / Hybrid algorithm / PNS algorithm / load balancing / PRS algorithms / routing algorithms / PRS In DHT algorithms / recovery algorithms / P2P / proposed algorithms / caching / GEOMETRIES AND ALGORITHMS / simulation / Tree algorithm / recovery algorithm / Ring algorithms / 3.3 Butterfly The Viceroy algorithm / active recovery algorithms / 2.3 Algorithms / routing algorithm / two algorithms / /
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The Impact of DHT Routing Geometry on Resilience and Proximity K. Gummadi∗, R. Gummadi†, S. Gribble‡, S. Ratnasamy§, S. Shenker¶, I. Stoicak, ∗