San Francisco / Santa Clara / Boston / Pisa / Tokyo / Heidelberg / INFOCOM / Portland / Cambridge / /
Company
Distributed Computing Systems / Towards Robust Overlay Networks / DECENTRALIZED INTERNET COORDINATE SYSTEMS / Internet Coordinate Systems / /
Country
Germany / Italy / France / /
Currency
USD / / /
IndustryTerm
Internet DNS servers / network positioning/coordinate systems / coordinate estimates to applications / model Internet latency / high-speed Internet core / Internet Routing Policies / coordinate systems / virtual networks / network positioning systems / security systems / honest nodes computing coordinates / active node discovery protocol / distance prediction systems / malicious software / energy / fixed network infrastructure / Internet End Hosts / Internet Mesasurement Workshop / internet network distance / large-scale coordinate systems / coordinates embedding systems / potential energy / virtual infrastructure / Internet Measurement Conference / target systems / overlays and applications / large-scale peer-to-peer systems / large scale systems / coordinates systems / larger systems / /
MarketIndex
set 1740 / /
OperatingSystem
DoS / /
Organization
Lancaster University / IMC / European Union / /
Person
S. Saroiu / Thierry Turletti / Laurent Mathy / K. P. Gummadi / Sophia Antipolis / Walid Dabbous / S. D. Gribble / Mohamed Ali Kaafar / /
Position
needed RT / RT / measured RT / King / measured distance RT / representative / model Internet latency / /
ProvinceOrState
Oregon / New York / /
PublishedMedium
the USENIX annual / /
Technology
high-speed Internet / peer-to-peer / Lua / Operating Systems / BBS / DNS / active node discovery protocol / file sharing / http / simulation / VOIP / /
Real attacks on virtual networks: Vivaldi out of tune Mohamed Ali Kaafar INRIA Sophia Antipolis Laurent Mathy