| Document Date: 2014-06-19 02:48:59
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City New York / Chicago / / Company FFC / Implementation Our FFC / Google / Intel / Computer Communication Networks / Microsoft / / Country United States / / Currency USD / / / Event FDA Phase / / Facility Yale University / / IndustryTerm traffic engineering systems / built-in software / multi-priority networks / online retail / feasible solution / background services / large network / method based on sorting networks / wide area networks / link liveness detection protocol / Web search queries / data center networks / wide area network / large networks / large production networks / congestion-sensitive applications / control knob to network / inter-datacenter network / inter-datacenter networks / computed solution / sort algorithm / software agent / partial network / partial sorting network / / Organization Solver Foundation / Yale University / / Person Ming Zhang David Gelernter / Harry Liu Srikanth Kandula Ratul / Ai / / Position advocate / TE controller / The TE controller / representative / model the intricate relationship / controller / / Product B4 / TE / / ProvinceOrState Illinois / / Technology RAM / TE algorithm / sort algorithm / link liveness detection protocol / ISP / UDP / WAN / same TE algorithm / / URL http /
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Traffic Engineering with Forward Fault Correction Hongqiang Harry Liu Srikanth Kandula Ratul Mahajan Ming Zhang David Gelernter (Yale University) (Yale University) Microsoft Research