| Document Date: 2010-07-07 10:04:02
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City New Delhi / / Company LG / Rocketfuel / AT&T / BT / Sprint / Computer Communication Networks / Google / / Continent Asia / Europe / / Country United States / India / / Currency pence / USD / / / Event Reorganization / / Facility Source Port / University of Texas / Austin§ Yale University / Destination Port / / IndustryTerm example network / real Internet topologies / router processing / business core network / protection algorithms / backbone routers / Online Reconfiguration pe / The central server / Operational networks / fault processing techniques / Online reconfiguration / communication services / backbone network / low router processing / traffic engineering algorithm / network fault processing capabilities / online reconfiguration phase / network operator / risk modeling algorithm / online phase / network devices / computing / loss-sensitive services / deployed network management infrastructure / online reconfiguration procedure / Internet traces / / OperatingSystem Linux / / Organization University of Texas at Austin / R3 MPLS / Yale University / World Congress / / Person Hao Wang / Ajay Mahimkar§ Richard Alimi / Lili Qiu§ Yang Richard / / Position general IP dI / Network Operations General / central controller / representative / general network topology / / Product PoP / R3 / Cowon D2+ Portable Audio Device / / ProgrammingLanguage E / V / / ProvinceOrState California / Arizona / / Technology OSPF routing protocol / using OSPF algorithm / traffic engineering algorithm / existing protection algorithms / Linux / VPN / same router / source router / risk modeling algorithm / backbone routers / ISP / MPLS / simulation / four algorithms / following protection algorithms / protection algorithms / Network Protocols / /
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R3: Resilient Routing Reconfiguration Ye Wang⋆ Hao Wang† Ajay Mahimkar§ Richard Alimi⋆ Yin Zhang§ Lili Qiu§ Yang Richard Yang⋆ Google† The University of Texas at Austin§