Tapestry: An Infrastructure for Fault-tolerant Wide-area Location and Routing
Citations
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Cites background or methods from "Tapestry: An Infrastructure for Fau..."
...This includes work on distributed hash tables that began with projects such asCAN[Ratnasamy et al.2001],Chord[Stoica et al.2001],Tapestry[Zhao et al.2001], andPastry[Rowstron andDruschel2001]....
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...” This includes work on distributed hash tables that began with projects such as CAN [29], Chord [32], Tapestry [37], and Pastry [30]....
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3,196 citations
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References
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"Tapestry: An Infrastructure for Fau..." refers background or methods in this paper
...approaches, including Pastry [10], CHORD [28], and CAN [ 22 ]....
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...The “Content Addressable Networks” (CAN) [ 22 ] work is being done at AT&T Center for Internet Research at ICSI (ACIRI)....
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3,376 citations
"Tapestry: An Infrastructure for Fau..." refers background in this paper
...We examine the feasibility of this approach in Tapestry in the context of Silverback [30], the archival utility of the OceanStore global storage infrastructure....
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...Additionally, archival pieces in OceanStore issue queries to collect distinct data fragments to reconstruct lost data....
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...Tapestry is selfadministrating, fault-tolerant, and resilient under load, and is a fundamental component of the OceanStore system [17, 24]....
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...The driving application for Tapestry is OceanStore [17, 24], a wide-area distributed storage system designed to span the globe and provide continuous access to persistent data....
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...The OceanStore system, in particular, leverages this mechanism to decouple object names from the process used to route messages to object; however many other uses are possible, as we discuss in the following section....
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2,372 citations
"Tapestry: An Infrastructure for Fau..." refers methods in this paper
...We use as our unit of overlay overhead measurement, the Relative Delay Penalty (RDP), first introduced in [8]....
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...Additionally, both End System Multicast [8] and ScatterCast [7] utilize self-configuring algorithms for constructing efficient overlay topologies....
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