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Network performance / TCP/IP / Transmission Control Protocol / Data transmission / TCP tuning / Transport layer / Traffic flow / Congestion window / Network congestion / Computing / Data / Information


How Hard Can It Be? Designing and Implementing a Deployable Multipath TCP Costin Raiciu† , Christoph Paasch‡ , Sebastien Barre‡ , Alan Ford, Michio Honda⋄ , Fabien Duchene‡ , Olivier Bonaventure‡ and Mark Han
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Document Date: 2013-04-29 06:58:22

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Opport / /

Facility

stall MPTCP / Keio University / University College London ABSTRACT / /

IndustryTerm

corporate networks / Internet paths / end systems / unmodified applications / Internet / excessive network / Internet servers / multipath transport protocols / buffers devices / correct solution / buffer management / web servers / unused network / bandwidth-delay product / transport protocols / software implementation / receive-buffer algorithms / obvious solution / access networks / large Internet study / software architecture / /

OperatingSystem

Linux / FreeBSD / /

Organization

University College London / Universite Catholique de Louvain / Keio University / /

Person

Olivier Bonaventure / Michio Honda / Christian Huitema / Christoph Paasch / Mark Handley / Alan Ford / Sebastien Barre / /

Position

congestion controller / RT / /

ProgrammingLanguage

C / /

ProvinceOrState

Indiana / /

Technology

TCP protocol / Linux / API / mobile phones / Multipath TCP protocol / operating system / operating systems / transport protocols / mobile devices / Ethernet / multipath transport protocols / load balancing / flow control / HTTP / receive-buffer algorithms / gigabit / simulation / 3G / /

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http /

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