| Document Date: 2012-01-12 18:30:01
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City Shanghai / Berlin / Seoul / Cambridge / Los Angeles / / Company AT&T / MIT Press / Risk Link Group / Cbc / Boyd & Fraser Publishing Co. / High-Speed Networks / / Country United States / Korea / China / / / Event Reorganization / / Facility University of Nebraska-Lincoln Lincoln / terminal OTs / terminal OT / / IndustryTerm prototype tool / prototype planning tool / large core transport network / hybrid network / optical network / prototype network planning tool / large router / typical large carrier / heterogeneous systems / heterogeneous vendor systems / diverse routing services / link / large commercial telecommunications carrier / homogeneous networks / heterogeneous optical transport network / above complicated optical transport network / online interactive optical network planning tool / transport networks / sample optical transport network / optical mesh networks / Software implementation / heterogeneous network / feasible solution / digital transport networks / large carrier / heterogeneous optical networks / invalid solution / network carrier / legacy systems / opaque optical networks / real time diverse routing / false solution / fiber span network / heterogeneous networks / optical transport network / computing / on power/telephone poles / http / OperatingSystem GNU / / Organization MIT / intraͲoffice / International Criminal Court / University of Nebraska-Lincoln / / Person Chris Dailey / Angela Chiu / Monica Gerhardstein / Robert Doverspike / Lincoln Lincoln / / Position ILP mathematical model for optical network diverse routing problem / salesman / network planner / / ProgrammingLanguage XML / AMPL / / ProvinceOrState Nebraska / California / / PublishedMedium IEEE Transactions on Communications / Lecture Notes in Computer Science / / Technology DWDM system / VPN / DWDM / 8380 Processors / same technology / large router / GUI / / URL http /
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SRLG-Diverse Routing of Multiple Circuits in a Heterogeneous Optical Transport Network Dahai Xu∗ , Guangzhi Li∗ , Byrav Ramamurthy† , Angela Chiu∗ , Dongmei Wang∗ , Robert Doverspike∗