| Document Date: 2013-06-03 09:17:31
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Company MOD GROUP / Wide-Area Networks / Google / baseline SDN / ECMP Group / Amin Vahdat Google Inc. / / Country China / / Currency USD / / / Event Product Issues / FDA Phase / / Facility tunnel T13 / Tunnel Group Quantization / tunnel T12 / Tunnel Groups / tunnel T22 / Tunnel Group Generation / tunnel T11 / / IndustryTerm switch chips / transit router / plane software / transit site / physical switch chips / individual 16x10GE non-blocking switch chips / hybrid network / software protocols / user-facing networking / appropriate output chip / individual switch chips / networks / dedicated out-of-band control-plane network / wide area routing equipment / wide area networks / operation processing / software failure / route processing / traffic engineering protocols / Internet domains / Internet bandwidth / software components / packet processing pipeline / routing and monitoring protocols / control software / data plane hardware / hardware device / merchant silicon switch chips / existing distributed routing protocols / ingress chip / software functionality / dynamic centralized management / commodity network hardware / switch hardware / network software / target applications / embedded-class processor / software-scalability benefits / remote site / site networks / software-based control plane / case software failures / distributed routing protocols / hardware table management / Internet performance / software replicas / max-min fair solution / per-site / bandwidth-intensive applications / control systems / large-scale network management / layer applications / priority interactive applications / individual applications / routing protocols / control applications / end applications / interactive serving systems / cloud computing / software path / transit-site / existing routing protocols / concurrent event processing / protocol processing / consequent protocol / public facing network / encap router / / OperatingSystem ISIS / Linux / / Person Arjun Singh / Leon Poutievski / Max Runtime / Joon Ong / Jim Wanderer / Alok Kumar / Min Zhu / Stephen Stuart / Jonathan Zolla / Urs Hölzle / / Position driver / controller / / Product Onix / b4 / link / OPENFLOW / / Technology software protocols / individual switch chips / Linux / distributed routing protocols / Decision B4 routers / same router / routing protocols / transit router / B4 routers / BGP routers / Quality of Service / consequent protocol / Access Control List / 4.3 TE Optimization Algorithm / same ingress chip / BGP/ISIS network protocols / existing protocols / routing protocol / TE algorithm / 24 individual 16x10GE non-blocking switch chips / physical switch chips / load balancing / merchant silicon switch chips / flow control / encap router / embedded-class processor / traffic engineering protocols / caching / ingress chip / existing routing protocols / Open Flow protocol / appropriate output chip / embedded processor / neighboring transit router / Network Protocols / switch chips / /
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