| Document Date: 2013-05-06 18:02:17
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Company BitTorrent / Netflix / SENDME / YouTube / Tor / / Country China / / / Facility Computer Science University of Waterloo Abstract / / IndustryTerm video applications / online privacy / middle routers / low-bandwidth broadband networks / web browsers / asymmetric broadband-like Internet connections / web browsing / anonymous communication networks / weighted traffic splitting algorithm / anonymous communications / web browser / Internet destinations / dynamic load balancing algorithm / exit router / web browsing clients / file sharing applications / Internet censorship / recent Internet traffic studies / important tool / online content / exit routers / streaming web videos / public infrastructure / malicious exit router / external server / web requests / Internet traffic / web servers / real-time interactive applications / median web page size / low-latency anonymity network / low-bandwidth routers / interactive web browsers / router selection algorithm / individual exit routers / entry routers / web server / low-bandwidth router / wireless access / throughput applications / bandwidth-weighted router selection algorithm / broadband Internet link / / MarketIndex Ookla Net / / Organization Computer Science University of Waterloo Abstract / ca Cheriton School / OP’s TCP / / Person Overcoming Tor / Traffic Splitting∗ Mashael AlSabah / using Tor / Kevin Bauer / / Position King / entry guard / / Product ExperimenTor / Conflux / / ProvinceOrState Oregon / / Technology alpha / broadband / Tor exit router / volunteer-operated routers / two entry routers / three routers / exit router / P2P / low-bandwidth routers / streaming video / UDP / encryption / malicious exit router / bandwidth-weighted router selection algorithm / exit routers / router selection algorithm / wireless access / load balancing / flow control / Firewall / low-bandwidth router / two middle routers / file sharing / weighted traffic splitting algorithm / dynamic load balancing algorithm / bandwidth-weighted algorithm / Flash / web server / individual exit routers / at least one low-bandwidth router / /
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The Path Less Travelled: Overcoming Tor’s Bottlenecks with Traffic Splitting∗ Mashael AlSabah, Kevin Bauer, Tariq Elahi, and Ian Goldberg {malsabah,k4bauer,mtelahi,iang}@cs.uwaterloo.ca Cheriton School of Computer Sc