| Document Date: 2005-07-14 13:21:16
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City Philadelphia / / Company Sprint / SSM / Akamai / CNN / / Country United States / / Currency pence / USD / / / IndustryTerm path-vector protocol / multi-provider network infrastructure / Internet evolvability / lookup services / even higher-layer protocols / inter-domain routing protocols / multiprovider virtual networks / tractable application-layer solutions / overlay networks / anycast / hop router / possible routing solutions / offer solutions / unicast routing infrastructure / public Internet / Internet path / application developers / egress router / even remote routers / virtual networks / Internet evolution / anycast groups / application-level solutions / basic Internet connectivity / Internet Architecture Sylvia Ratnasamy Scott Shenker Steven McCanne / above solution / legacy applications / multicast / Internet impasse / border routers / advertising addresses / link-state protocols / unicast routing algorithms / possible solution / inter-domain advertising / elegant solution / inter-domain routing protocol / redirection services / Internet architecture / access router / overlay-based routing systems / intra-domain routing algorithms / natural inter-domain routing protocols / intermediate router / virtual network / appropriate ingress router / intradomain protocol / Internet users / candidate solutions / domains/routers / distance-vector protocols / multicast applications / configuration tools / closest anycast-addressed router / border router / multicast services / anycast routing algorithms / / NaturalFeature IPvM / / Person Sylvia Ratnasamy Scott Shenker Steven / / Position broker / General / general IP Multicast service / / Product IPvN / / ProgrammingLanguage C / / ProvinceOrState IPv8 / Pennsylvania / IPvN / / Technology egress IPvN routers / egress IPvM router / IPv6 / BGPvN protocol / hop router / border router / IPvN router / routing algorithms / path-vector protocol / closest IPvN router / specific routing algorithm / access router / routing protocols / IPvM router / distance-vector protocols / intra-domain routing algorithms / closeby IPvN router / link-state protocols / Quality of Service / IPvN border router / IPvN routing protocol / inter-domain routing protocols / ingress IPvN router / even higher-layer protocols / closest anycast-addressed router / intermediate router / unicast routing algorithms / BGPvN routing protocol / appropriate ingress router / IPvN routers / nearby IPvN router / DNS / natural inter-domain routing protocols / IPv8 routers / intradomain protocol / inter-domain routing protocol / anycast routing algorithms / egress IPvN router / IPvN border routers / IPvN inter-domain routing protocol / ISP / hop IPvN router / IPv4 / ARPlike protocol / appropriate egress IPvN router / IPvN routing protocols / border routers / IPv8 router / even remote routers / egress router / closest IPv8 router / existing intra-domain routing algorithms / /
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Towards an Evolvable Internet Architecture Sylvia Ratnasamy Scott Shenker Steven McCanne