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A Clean Slate 4D Approach to Network Control and Management ∗ Albert Greenberg, Gisli Hjalmtysson, David A. Maltz, Andy Myers, Jennifer Rexford, Geoffrey Xie, Hong Yan, Jibin Zhan, Hui Zhang
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Document Date: 2006-10-27 16:34:04


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File Size: 163,29 KB

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Company

AT&T / Autonomous Systems / Enterprises Today / /

Country

United States / /

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Facility

GENI facility / /

IndustryTerm

closed software architectures / decision algorithms / distributed switches/routers / communication substrate that connects routers / data networks / municipal networks / enterprise networks / telephone modems / simpler protocols / transit network / optimization algorithm / distributed algorithm / software infrastructure / unstable complex systems / distributed-election algorithm / individual routers / lower layer networks / discovery plane protocols / decisions driving network / telecommunication networks / real time / data network / software developers / point solutions / distributed routing algorithms / neighbor border router / adjacent devices / dataplane technologies / connected devices / hierarchical networks / test network / ad hoc and complex management systems / buffer management / logic that converts network / intradomain routing protocol / metro/access networks / Internet traffic / backbone network / multi-commodity flow algorithms / access network / coordination protocols / large network / nearby routers / Internet architecture / coordination protocol / lower layer network / tree protocol / shared-medium network / example enterprise network / technology trends / election algorithms / carrier network / front office routers / router software / border router / data-plane technologies / network discovery protocols / operational routers / pre-existing protocols / plane technology / experimental infrastructure / distributed protocols / hardware/software / distributed computing research / interoffice communications / conventional routers / Individual networks / telecommunications networks / large networks / placement algorithms / router/switch software / control-plane protocols / management-plane software / distinct protocols / actual packet forwarding hardware / placement optimization algorithms / backbone networks / border routers / Internet research community / active networks / carrier network space / data-center networks / circuit-switched technology / configured switches/routers / election algorithm / control protocols / decision-plane algorithms / failure-prone network / 4D network / transit networks / packet-switching data networks / it easy to create networks / Internet architecture bundles / so many devices / online gaming / fragile network / decisionplane algorithms / immediate local reactions to unexpected network / /

Organization

Jon Turner’s Open Network Lab / U.S. government / National Science Foundation / U.S. National Science Foundation / Open Network Lab / /

Person

David A. Maltz / Albert Greenberg / Andy Myers / Nick McKeown / Jon Turner / Hong Yan / Jennifer Rexford / Geoffrey Xie / /

Position

translator / Moving Forward / /

Product

DEs / 4D / /

SportsLeague

AF2 / /

Technology

SNMP / decision algorithms / election algorithms / 1.1 Algorithms / data-plane technologies / decisionplane algorithms / Ethernet technology / coordination protocols / distributed-election algorithm / routing protocols / dataplane technologies / operating system / data plane technology / underlying routers / control protocols / optimization algorithm / circuit-switched technology / control-plane protocols / placement algorithms / distributed switches/routers / multi-commodity flow algorithms / network address translation / ISP / networking technology / embedded processors / SS7 / placement optimization algorithms / IPv6 / network discovery protocols / simpler protocols / distributed routing algorithms / individually configured switches/routers / peer-to-peer / operational routers / SONET / GPS / spanning-tree protocols / discovery plane protocols / ATM / decision-plane algorithms / intradomain routing protocol / conventional routers / Ethernet / pre-existing protocols / existing IP routing protocols / neighbor border router / routing protocol / IP routers / Frame Relay / neighboring border router / Packet Switching / underlying protocols / load balancing / individual routers / election algorithm / MPLS / IPv4 / border routers / VOIP / voice-over-IP / coordination protocol / front office routers / Intelligent Network / Spanning Tree protocol / /

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