| Document Date: 2013-04-01 09:59:07
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City Miami / / Company Andrew / Long Distance Networks / C(4 − β) RT T / Random Loss Rate (packets) (b) Networks / / Country United Kingdom / / / Facility Computer Science North Carolina State University / University of Nebraska Lincoln / / IndustryTerm largeRTT networks / delay product / binary search increase / transmission control protocol / dummynet routers / low speed networks / congestion control protocol / congestion control algorithm / real-time nature / binary search algorithm / distance networks / Internet change / bandwidth-delay product / typical Internet environments / speed networks / drop-tail router / binary search / web workloads / dummynet software / Internet Measurement Conference / tested high-speed protocols / Drop tail routers / bottleneck router / web-traffic generator / window adjustment algorithm / / OperatingSystem Linux / FreeBSD / Microsoft Windows / / Organization Computer Science North Carolina State University Raleigh / University of Nebraska Lincoln / / Person Stephen Hemminger / / / Position h=eb5b9854c8c7330791ada69b8c9e8695f7a73f3d;hb=HEAD / RT / t+RT / representative / / Product TCP / / ProgrammingLanguage FL / php / / ProvinceOrState Nebraska / Illinois / Florida / North Carolina / / Technology 6.2 Intra-Protocol / Drop tail routers / TCP algorithm / two dummynet routers / high-speed protocols / Linux / high-speed TCP protocols / t+RT cwnd Algorithm / congestion control protocol / binary search algorithm / default TCP algorithm / operating system / CUBIC algorithm / tested high-speed protocols / operating systems / window adjustment algorithm / drop-tail router / TCP-SACK protocols / given TCP algorithm / congestion control algorithm / bottleneck router / tested protocols / transmission control protocol / Linux CUBIC algorithm / same protocol / additive factor Algorithm / CUBIC algorithms / four protocols / / URL http /
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CUBIC: A New TCP-Friendly High-Speed TCP Variant Sangtae Ha, Injong Rhee Lisong Xu Dept of Computer Science