Kobe / Monterey / San Francisco / A BGP / Tel Aviv / Austin / Boston / New York / Stockholm / San Mateo / Berlin / Cannes / Portland / Miami / San Diego / New Haven / Chicago / Anchorage / /
Company
AT&T / Computer Sciences / Networked Systems / AS / A E ( BD1 BAD2 ) (BFD1 BD2 ) ( BD1 BAED2) B F Export / /
Country
Germany / Sweden / France / Japan / Canada / Israel / /
Currency
pence / AED / /
Event
FDA Phase / /
Facility
Stable Egress Route Selection / The University of Texas / store Ri / Yale University / /
IndustryTerm
Internet hierarchy / negotiation protocol / Internet routing instability / Internet business considerations / realistic Internet / Internet inter-domain topology / inferred Internet topology / stable solution / class-based pathvector systems / linear-time algorithm / Internet BGP / negotiation protocols / above solutions / stable solutions / path vector protocol / interconnected autonomous systems / Internet topology / smart routing algorithms / interdomain routing protocol / http /
Organization
University of Texas at Austin / National Science Foundation / Yale University / Computer Science Department / Department of Computer Sciences / Network Research Lab / /
Person
Jennifer Rexford / Eric Friedman / Tim Griffin / Murray Hill / Hao Wang / Ai / D. Karger / V / Jiang Chen / Avi Silberschatz / Morgan Kaufmann / Aaron Jaggard / Joan Feigenbaum / Yang Richard Yang / Arvind Krishnamurthy / Gao / Vijay Ramachandran / /
Position
Model / Major / /
Product
SPVP3 / /
ProvinceOrState
Texas / New Jersey / Alaska / Illinois / Newfoundland / New York / Connecticut / Florida / California / Massachusetts / /
PublishedMedium
IEEE Communications Magazine / Theory of Computing / /
1 Stable Egress Route Selection for Interdomain Traffic Engineering: Model and Analysis Hao Wang† Li Erran Li‡