| Document Date: 2013-08-14 12:38:30
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City Hawthorne / Context / / Company IBM / Introduction Limited / NTT Corporation / / / Event Force Majeure / / Facility tunnel IP / IBM TJ Watson Research Center / / IndustryTerm higher-layer protocol / correct processing code / compression protocols / compression algorithm / generated compression protocols / given protocol / arbitrary higher-layer protocol / wireless systems / low-bandwidth wide-area wireless link / appropriate debugging tools / supported header compressor algorithms / generation tool / native header compression negotiation protocol / protocol-specific header compression algorithm / arbitrary end-to-end protocols / application-specific protocols / error recovery algorithms / compression infrastructure / even obscure and specialized protocols / dialup Web trace data / extensible protocol / deployed header compression protocol / connectionless protocols / deployable header compression solution / header compression algorithm / header compression error-recovery algorithms / unreliable protocol / adaptive encoding algorithm / wireless applications / conventional Internet paths / application-level protocols / low-bandwidth wireless applications / generalized header compression tool / platform-specific code generation tool / header compression algorithms / regular-expression processing / connectionless protocol / generation tools / storage technologies / streaming media transmission / wireless networking systems / media players / compression algorithms / printing debugging messages / code generator tool / wireless infrastructure / error reconstruction algorithms / compression negotiation protocol / / OperatingSystem Linux / / Organization MIT / UC Berkeley / / Person Van Jacobson / Jason Yang / / Position driver / Linux PPP driver / designer / protocol designer / / Product TCP / PPP / Linux PPP v2.3.5 / Jeeves / / ProgrammingLanguage Java / C / Perl / / ProvinceOrState New York / / Technology deployed header compression protocol / Thinwire protocol / IPv6 / supported header compressor algorithms / arbitrary higher-layer protocol / storage technologies / connectionless protocol / header compression algorithms / Appletalk / Linux / compression algorithms / designed protocol / higher-layer protocol / generated algorithms / laptop computer / MTU / Perl / header compression error-recovery algorithms / streaming media / TCP/IP-specific compression algorithm / operating system / application-level protocols / UDP / TCP/IP protocol / operating systems / connection-oriented protocols / TCP/IP / string-based protocols / resulting protocol / header compression algorithm / compression negotiation protocol / three generated protocols / generated compression protocols / IP Control Protocol / protocol-specific header compression algorithm / hand-designed algorithms / extensible protocol / Java / user-defined protocols / error recovery algorithms / error reconstruction algorithms / HTTP / LRU algorithm / given protocol / unreliable protocol / IPv4 / adaptive encoding algorithm / underlying protocol / native header compression negotiation protocol / application-specific protocols / VJ algorithm / network protocols / compression protocols / /
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A Unified Header Compression Framework for Low-Bandwidth Links Jeremy Lilley, Jason Yang, Hari Balakrishnan, Srinivasan Seshan MIT Laboratory for Computer Science Cambridge, MA 02139