![Network architecture / OSI protocols / Additive increase/multiplicative decrease / TCP congestion avoidance algorithm / Taxonomy of congestion control / Network congestion / Congestion window / TCP Vegas / FAST TCP / Network performance / TCP/IP / Computing Network architecture / OSI protocols / Additive increase/multiplicative decrease / TCP congestion avoidance algorithm / Taxonomy of congestion control / Network congestion / Congestion window / TCP Vegas / FAST TCP / Network performance / TCP/IP / Computing](https://www.pdfsearch.io/img/819d19171034296fb9579a559b0aa171.jpg)
| Document Date: 2010-04-26 14:44:20 Open Document File Size: 322,64 KBShare Result on Facebook
City M EASUREMENT / Acknowledgement / / Company ECN / PACKET NETWORKS C. SIMD / M SS B (30) 4 RT T / Packet Networks Lefteris Mamatas / / Country Greece / / / Event FDA Phase / / Facility Demokritos University of Thrace / Zuse Institute / / IndustryTerm streaming media / control algorithms / nonlinear congestion control algorithm / simplest link algorithm / congestion avoidance/control algorithm / symmetric wireless links / multimedia/real-time applications / stable decentralized algorithms / transient random wireless errors / wireless network / explicit congestion control protocol / blind algorithms / binary search increase / telephony / wireless losses / real time / sigmoidal utilities / streaming applications / speed and long-distance networks / canonical distributed algorithms / large server / transmission protocols / wireless error / congestion control protocol / congestion control algorithm / speed network / transient wireless errors / capable router / distributed primal-dual algorithms / bimodal congestion control algorithm / congestion control algorithms / wired/wireless / wired/wireless networks / given network / control algorithm / nonlinear congestion control algorithms / binary feedback to network / source law / energy consumption / wireless errors / transient wireless losses / transport protocols / INTERNET ENGINEERING / heterogeneous network / binomial algorithm / large network / homogeneous network / binary search / canonical algorithms / gradient projection algorithm / binomial algorithms / audio applications / rate-based congestion control protocol / gradient-projection algorithm / transport level infrastructure / bottleneck router / link algorithm / wireless receivers / variable-structure congestion control protocol / congestion avoidance algorithms / measurement-based transport protocols / / Organization Department of Electrical and Computer Engineering / Demokritos University of Thrace / Zuse Institute Berlin / US Federal Reserve / / Person Tobias Harks / Vassilis Tsaoussidis Abstract / / Position RT / General / Cao / / Product Since / to / BIC-TCP To remedy / / ProvinceOrState Wisconsin / / Technology distributed primal-dual algorithms / TCP-like algorithm / AQM algorithm / AIMD-based congestion control algorithms / rate-based congestion control protocol / BIC-TCP protocol / same router / congestion control protocol / congestion control algorithms / AIMD algorithm / link algorithm / variable-structure congestion control protocol / streaming media / measurement-based transport protocols / stable decentralized algorithms / transport protocols / IP protocol / AIMD control algorithm / simplest link algorithm / transmission protocols / Two algorithms / gradient projection algorithm / congestion avoidance algorithms / non-TCP protocol / binomial algorithm / RED-PD algorithm / canonical distributed algorithms / congestion avoidance/control algorithm / congestion control algorithm / distributed algorithm / TCP-friendly algorithms / control algorithms / TCP/AQM protocols / explicit congestion control protocol / XCP capable router / network routers / bottleneck router / gradient-projection algorithm / nonlinear congestion control algorithm / TCP-friendly protocols / TCPfriendly algorithms / blind algorithms / measurement-based protocols / bimodal congestion control algorithm / source algorithm / canonical algorithms / VOIP / AIMD-FC algorithms / nonlinear congestion control algorithms / /
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