| Document Date: 2013-08-29 18:01:53
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City Node / New York / Ithaca / Kansas City / Atlanta / Los Angeles / Indianapolis / Chicago / / Company Cambridge University Press / CVX Research Inc. / IEEE Journal / Cisco Systems Inc. / AT&T / / Country United States / / Currency USD / / / Event FDA Phase / / Facility Prentice Hall / Cornell University / / IndustryTerm distance vector solution / local search algorithm / use link-state routing algorithms / hop-by-hop routing algorithm / Internet Routing Black Hole / leaf router / leaf routers / individual routers / link-state algorithms / link-state routing algorithm / telecommunication networks / near-optimal traffic engineering solutions / large networks / node network / final algorithm / adaptive link-state routing algorithm / link-state hop-by-hop protocols / proximal decomposition algorithm / rogue router / downstream router / node/router / wireless networks / loaded networks / link-state protocol / hierarchical network / intra-domain routing solutions / even moderate size networks / internet capacity using local search / large dynamic network / mesh network / distance-vector protocol / traffic engineering algorithms / decentralized routing algorithms / network operator / quadratic adaptive routing algorithms / above link-state hop-by-hop algorithm / minimum delay routing algorithm / link-state routing algorithms / hybrid systems / larger networks / distance-vector protocols / sub-optimal algorithms / link-state hop-by-hop routing algorithm / test networks / / OperatingSystem ISIS / / Organization Cambridge University / Cornell University / / Person Ai / Gallager / / Position rt / wB / price wB / / Product Section VI / / ProvinceOrState Louisiana / New York / / Technology link-state routing algorithm / local search algorithm / distance-vector protocol / above link-state hop-by-hop algorithm / 1 Algorithm / distance-vector protocols / proximal decomposition algorithm / quadratic adaptive routing algorithms / link-state routing algorithms / hop-by-hop routing algorithm / packet-switched / downstream router / link-state protocol / decentralized routing algorithms / rogue router / minimum delay routing algorithm / TE algorithm / IS-IS use link-state routing algorithms / 50 Node Network Algorithm / 2 Forwarding Algorithm / leaf router / link-state algorithms / link-state hop-by-hop protocols / MPLS / final algorithm / 12 leaf routers / link-state hop-by-hop routing algorithm / routing algorithm / traffic engineering algorithms / adaptive link-state routing algorithm / / URL ece.}cornell.edu / http /
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Optimal Link-state Hop-by-hop Routing Nithin Michael∗ , Ao Tang∗ and Dahai Xu† ∗ ECE Dept., Cornell University, Ithaca, NY 14853, USA. Email: {nm373@,atang@ece.}cornell.edu † AT&T Labs Research, Florham Park, N