| Document Date: 2003-09-02 14:42:58
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Company Object Location Systems / Redistributing Object Pointers / / / Facility University of California at Berkeley / Building Neighbor Tables Building / / IndustryTerm application-level network / search takes / directory server / neighbor table building algorithm / gives algorithms / insertion algorithm / distributed algorithm / nearby server / overall insertion algorithm / Recent peer-to-peer applications / chaotic network / object search / location infrastructure / low stretch solution / nearest neighbor algorithm / static network / above algorithm / wide-area network / distant directory server / location algorithm / nearest-neighbor algorithm / overlay network / search algorithm / location-independent routing infrastructure / location algorithms / basic insertion algorithm / overlay network infrastructure / / OperatingSystem L3 / / Organization University of California / National Science Foundation / Ben Y. Zhao Computer Science Division / / Person Kirsten Hildrum / Richa / V / John D. Kubiatowicz / Satish Rao / Ben Y / / Position general network topologies / / Technology overall insertion algorithm / Tapestry algorithms / above algorithm / nearest-neighbor algorithm / neighbor table building algorithm / load balancing / basic insertion algorithm / search algorithm / peer-to-peer / 5 gives algorithms / location algorithm / nearest neighbor algorithm / location algorithms / dynamic algorithms / insertion algorithm / /
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DRAFT: To appear in Theory of Computing Systems NovemberDistributed Object Location in a Dynamic Network ∗