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Data / Network congestion / Throughput / Transmission Control Protocol / Multicast / TCP congestion avoidance algorithm / Overlay network / Traffic flow / Reliable multicast / Computing / Network performance / Network architecture


Document Date: 2007-10-09 11:15:56

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City

Baltimore / /

Company

Wide Area Overlay Networks / /

Country

United States / /

Currency

USD / /

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Event

FDA Phase / /

Facility

Johns Hopkins University / /

IndustryTerm

area networks / physical network / programmable networks / actual network / offline algorithm / overlay routers / communication systems / online decision problem / “competitive” algorithm / local area networks / wide-area overlay networks / congestion control protocol / local area reliable multicast protocol / idle network / live Internet-based experiments / larger groups / level protocols / local / overlay network router / backbone network / online request / live Internet experiments / flow control algorithm / long path traversing multiple routers / point-to-point protocol / archetypal optimistic and conservative flow control algorithms / physical networks / hardware infrastructure / flow control protocols / multicast protocol / online algorithm / virtual network / intermediate routers / chain network / communication protocols / congestion control protocols / flow control algorithms / flow control protocol / online allocation / overlay network / application level services / line algorithm / short demunication networks / jonathan @cs.jhu.edu Web / multicast services / /

OperatingSystem

Unix / /

Organization

A. Algorithmic / the Johns Hopkins University / Department of Computer Science / /

Person

Baruch Awerbuch / Sab Sbc / Jonathan Stanton Abstract / /

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Product

ns2 / Section III / Our solution / /

ProvinceOrState

Maryland / /

Technology

intermediate routers / This algorithm / online algorithm / point-to-point protocol / line algorithm / Unix / flow control protocols / congestion control protocol / multicast protocol / congestion control protocols / flow control algorithm / overlay network router / TCP/IP / flow control protocol / packet-switched / circuit-switched / flow control algorithms / resulting protocol / window-based algorithm / archetypal optimistic and conservative flow control algorithms / packet switching / artificial intelligence / Each router / Flow Control / higher level protocols / Simulation / communication protocols / window-based protocols / network router / local area networks / virtual circuit / overlay routers / /

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http /

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