| Document Date: 2004-11-23 15:51:27
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Company CP / / Event FDA Phase / / Facility Chapel Hill Abstract / Computer Science University of North Carolina / / IndustryTerm streaming media / experimental network / singleflow congestion control algorithms / deep processing / distributed multimedia applications / portal router / software tool / media encoding adjustments / Internet path / media objects / media types / last hop routers / congestion control algorithm / congestion control algorithms / Internet flows / aggregate networking performance / transport-level protocol / loss detection algorithms / individual transport-level protocols / communication devices / ubiquitous computing environments / computing / Internet Cluster−to−Cluster Data Path Endpoint / rate-based congestion control algorithm / transport-level protocols / multimedia applications / bottleneck routers / / OperatingSystem Linux / FreeBSD / / Organization National Science Foundation / University of North Carolina / ID V / Ketan Mayer-Patel Department / / Person David E. Ott / Travis Sparks / Ketan Mayer-Patel / / Position HFSC scheduler / flow scheduler / RT CP / The congestion manager / Congestion Manager / scheduler / / Product Coordination Protocol / Our solution / our / / ProgrammingLanguage C / / ProvinceOrState North Carolina / / Technology full-duplex / RTP-based protocols / transport-level protocol / Fast Ethernet / two routers / bottleneck FreeBSD routers / Linux / TFRC congestion control algorithm / API / congestion control algorithms / streaming media / TFRC algorithm / UDP / TCP/IP / last hop routers / portal router / rate-based congestion control algorithm / congestion control algorithm / two bottleneck routers / singleflow congestion control algorithms / same congestion control algorithm / individual transport-level protocols / transport-level protocols / E. Transport-level Protocols Transport-level protocols / bottleneck routers / simulation / FreeBSD router / loss detection algorithms / /
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1 Aggregate Congestion Control for Distributed Multimedia Applications David E. Ott, Travis Sparks, and Ketan Mayer-Patel Department of Computer Science