| Document Date: 2007-04-24 09:45:03
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City Flowlet / Hash / INFOCOM / / Company Cisco Systems / ACM SIGCOMM Computer Communication Review / Cisco / Lawrence Berkeley Labs / T. J. Ott A. E. / MTBS / / Continent Europe / / Country United States / Spain / / / Facility Stable Traffic Engineering / / IndustryTerm Explicit routing algorithms / flowlet-to-path assignment algorithm / token-counting algorithm / Internet Draft / measurement tools / internet backbone traffic / proposed traffic engineering solutions / congestion control algorithm / datagram networks / traffic splitting algorithm / Internet Traffic Engineering / emergent dynamic load balancing protocols / internet flow rates / Internet traffic / token counting algorithm / certain splitting algorithm / eifel algorithm / internet software routing / internet modeling / Dynamic load balancing protocols / internet load balancing / internet packet dynamics / / NaturalFeature BS MT / / Organization MIT / IMC / Univ. of Catalunya / / Person L. Zhang / V / Z. Cao / E. W. Zegura / Z. Wang / L. Breslau / V / Y. Wang / Arthur Berger / Dina Katabi Shantanu Sinha Arthur / / / Position Network Protocols General / Cao / / Technology two routers / eifel algorithm / Dynamic load balancing protocols / FLARE router / UDP / 2007 ing algorithms / certain splitting algorithm / flowlet-to-path assignment algorithm / congestion control algorithm / token counting algorithm / Juniper routers / packet switching / Load Balancing / Explicit routing algorithms / ISP / HTTP / traffic splitting algorithm / MPLS / splitting algorithm / Simulation / VOIP / Token-counting algorithm / Network Protocols / emergent dynamic load balancing protocols / / URL www.juniper.net/techpubs/software/junos/junos63/swconfig63routing/html / /
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Dynamic Load Balancing Without Packet Reordering Srikanth Kandula Dina Katabi Shantanu Sinha Arthur Berger MIT MIT