Product Issues / Person Communication and Meetings / /
Facility
Stanford University / UDP port / New York University / I/O library / /
IndustryTerm
simulated web sessions / tested systems / virtual coordinate systems / coordinate systems / intrusion detection systems / transparent web proxies / Internet services / desired server-selection algorithm / distributed management / pinpointed network / strawman solution / Content distribution networks / Internet-scale / much less network / epidemic algorithm / large network / stateless protocol / autonomous systems / web server / unmodified client applications / transparent web proxy / n-node networks / appropriate web mirror / main system management / search step / stub autonomous systems / large email services / web browsers / server-selection algorithm / high-volume web sites / closest server / anycast infrastructure / application services / remote network / with existing applications / web requests / non-transitive Internet routing / redirection services / information about locality before any network / simulated web session / web proxies / real-time visualization / inaccurate network / selection algorithms / anycast protocol / shared locality-aware server selection infrastructure / /
OperatingSystem
DoS / /
Organization
IN NS / New York University / RPC Client OASIS Resolv Clients Service / DNS Service / Stanford University / Any Service / /
OASIS: Anycast for Any Service Michael J. Freedman∗‡ , Karthik Lakshminarayanan† , David Mazières‡ ∗ New York University, † U.C. Berkeley, ‡ Stanford University http://www.coralcdn.org/oasis/ Abstract