| Document Date: 2007-08-31 12:41:11
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City San Francisco / New York / Scottsdale / / Company IEEE Computer / Neural Networks / IEEE Global Telecommunications / ACM Press / Local Computer Networks / / Country United States / / / Facility Imperial College / / IndustryTerm Internet routing instability / on-line path searching algorithm / on-line probing / large networking / Self-aware networks / Internet infrastructure / adaptive network / Wireless networks / inspired packet routing protocol / earliest packet-switched networks / reinforcement learning algorithm / real-time dynamic and distributed control / product form solution / admission control algorithms / adaptive routing protocol / Genetic algorithms / self aware networks / intermediate router / on-line measurement / intermediate routers / cognitive packet network / forward network / route control systems / Voice over IP / / OperatingSystem Linux / / Organization UK Engineering and Physical Sciences Research Council / / Person Contantine Dovrolis / Michael Gellman / Aman Shaikh / Rohit Dube / Craig Partridge / Sally Floyd / Erol Gelenbe / Jon C. R. Bennett / Ruomei Gao / Nicholas Shectman / Ellen Zegura / Van Jacobson / Lampros Kalampoukas / Anujan Varma / / Product SPs / / ProvinceOrState New York / Arizona / / Technology intermediate routers / full-duplex / CPN protocol / CPN routing protocol / Linux / adaptive routing protocol / source router / Operating System / Quality of Service / RL algorithm / packet-switched / Ethernet / intermediate router / routing protocol / neural network / CPN router / admission control algorithms / biologically inspired packet routing protocol / on-line path searching algorithm / simulation / reinforcement learning algorithm / VOIP / edge router / routing algorithm / /
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1 Oscillations in a Bio-Inspired Routing Algorithm Prof. Erol Gelenbe, Dr. Michael Gellman Dept. of Electrical & Electronic Eng., Imperial College London