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City Chicago / / Company Computer-Communication Networks / Artificial Intelligence Laboratory / / Country United States / / Currency USD / / / Event FDA Phase / M&A / / Facility Artificial Intelligence Laboratory Massachusetts Institute of Technology / / Holiday flag day / / IndustryTerm window-based congestion-control protocol / queue management / Internet congestion control / intended target networks / insights to network / default end-to-end congestion-control algorithm / in-network algorithms / decentralized congestion-control protocol / network protocol / congestion-control protocols / faster search procedure / target network / protocol-design tools / target networks / default congestion-control protocol / delay-minded protocols / adequate protocol / queue management algorithm / optimized protocols / as-yet-unseen networks / search optimizations / distributed network algorithm / file transfer protocol / congestion-control algorithms / network protocols / congestion-control protocol / actual target networks / bottleneck routers / actual networks / wide-area Internet / actual network / low-degree protocols / dumbbell network / automated protocol-design tool / distributed protocols / search procedure / incumbent protocols / delay-based protocols / distributed network protocol / optimization tools / given network / omniscient protocol / http / OperatingSystem Linux / / Organization Massachusetts Institute of Technology / / Person Sender Tpt / Tao Tao / Tao Link / Keith Winstein / Hari Balakrishnan / / Position author / designer / representative / complex network model / protocol designer / / Product Remy / Remy automatic protocol-design tool / omniscient / Linux / / ProgrammingLanguage C / K / / ProvinceOrState Ontario / Delaware / Massachusetts / / PublishedMedium Machine Learning / / Technology five protocols / computer-generated protocols / in-network algorithms / window-based congestion-control protocol / Linux / omniscient protocol / human-designed protocols / four Tao protocols / distributed network algorithm / decentralized congestion-control protocol / Tao congestioncontrol protocol / Remy-generated protocols / five Tao protocols / queue management algorithm / packet-switched / congestion-control protocol / two algorithms / human-designed protocol / two human-designed protocols / distributed network protocol / two Tao protocols / delay-based protocols / less-aggressive NewReno algorithm / EYWORDS Protocol / Tao protocol / same protocol / simplified protocol / alpha / TCP-naive Tao protocol / generating endto-end congestion-control protocols / newly-designed protocol / congestion-control algorithm / multiplexing Congestion-control protocols / congestion-control algorithms / file transfer protocol / Machine Learning / synthesized congestion-control protocol / resulting protocol / computer-generated protocol / congestion-control protocols / network protocol / adequate protocol / low-degree protocols / delay-minded protocols / TCP-aware Tao protocol / Reno algorithms / NewReno When Tao protocols / TCP-aware Tao protocols / bottleneck routers / Simulation / Tao protocols / TCP-aware protocol / loss-triggered TCP congestion-control protocols / default congestion-control protocol / congestioncontrol protocol / Network Protocols / same TCP-naive protocol / / URL http /
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An Experimental Study of the Learnability of Congestion Control Anirudh Sivaraman, Keith Winstein, Pratiksha Thaker, and Hari Balakrishnan Computer Science and Artificial Intelligence Laboratory Massachusetts Institute o