P2P caching
http://dbpedia.org/resource/P2P_caching an entity of type: Company
HTTP(P2P) es un protocolo basado en HTTP. Su objetivo es mejorar el rendimiento de la obtención de páginas y objetos cuando los servidores web sufren congestión del lado del servidor. Ejemplos de congestión del lado del servidor son los efectos y Flash Crowd. HTTP(P2P) usa cachés de navegadores terciarios de nodos web para ayudar a distribuir objetos web importantes en lugar del servidor original.
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Peer-to-peer caching (P2P caching) is a computer network traffic management technology used by Internet Service Providers (ISPs) to accelerate content delivered over peer-to-peer (P2P) networks while reducing related bandwidth costs. P2P content responds well to caching because it has high reuse patterns reflecting a Zipf's-like distribution. P2P communities have different Zipf's parameters which determine what fraction of files is requested multiple times. For example, one P2P community may request 75% of content multiple times while another may request only 10%.
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HTTP (P2P)
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P2P caching
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14502541
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HTTP(P2P) es un protocolo basado en HTTP. Su objetivo es mejorar el rendimiento de la obtención de páginas y objetos cuando los servidores web sufren congestión del lado del servidor. Ejemplos de congestión del lado del servidor son los efectos y Flash Crowd. HTTP(P2P) usa cachés de navegadores terciarios de nodos web para ayudar a distribuir objetos web importantes en lugar del servidor original.
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Peer-to-peer caching (P2P caching) is a computer network traffic management technology used by Internet Service Providers (ISPs) to accelerate content delivered over peer-to-peer (P2P) networks while reducing related bandwidth costs. P2P caching is similar in principle to the content caching long used by ISPs to accelerate Web (HTTP) content. P2P caching temporarily stores popular content that is flowing into an ISP's network. If the content requested by a subscriber is available from a cache, the cache satisfies the request from its temporary storage, eliminating data transfer through expensive transit links and reducing network congestion. This approach could make ISPs violate laws as P2P systems share files that infringe copyrights in significant portions. P2P content responds well to caching because it has high reuse patterns reflecting a Zipf's-like distribution. P2P communities have different Zipf's parameters which determine what fraction of files is requested multiple times. For example, one P2P community may request 75% of content multiple times while another may request only 10%. Some P2P caching devices can also accelerate HTTP video streaming traffic from YouTube, Facebook, RapidShare, MegaUpload, Google, AOL Video, MySpace and other web video-sharing sites.
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9065