San Francisco / Boston / Tokyo / Portland / Miami Beach / San Diego / IEEE INFOCOM / /
Company
NYU Systems Group / Akamai Technologies / /
Continent
Asia / North America / Europe / /
Country
Japan / /
IndustryTerm
by-product / Internet systems / redirection protocol / distributed hash storage services / lowest energy-level configuration / immediate and wideable landmark-selection algorithms / coordinate systems / redirection network / distributed web mirror / recent distributed systems / static and dynamic content distribution networks / redirection algorithms / certain landmark-selection algorithms / content distribution networks / smallest network / Internal naming systems / network coordinate algorithm / large-scale Internet systems / Internet applications / Internet topology / Internet host distance estimation service / peerto-peer infrastructure / large maps / Internet network distance / high-speed Internet backbone / decentralized systems / network coordinate algorithms / Internet Measurement Conference / large-scale Internet systems reActive probing / mass spring network / predictive error vs. network / network coordinate systems / /
Organization
New York University / /
Person
David Mazi`eres / Michael J. Freedman / Frank Dabek / Many / Russ Cox / Kevin P. Shanahan / /
Position
RT / registrar / /
ProgrammingLanguage
FL / /
ProvinceOrState
New York / Florida / California / Massachusetts / /
Locality Prediction for Oblivious Clients Kevin P. Shanahan, Michael J. Freedman New York University www.coralcdn.org Abstract