San Francisco / Santa Barbara / Boston / Palo Alto / New York / Tokyo / Las Vegas / Leuven / New Orleans / Heidelberg / Phoenix / Cambridge / San Diego / /
Company
Internet Content Delivery Systems / Permanent Web Publishing / Spam Arrest LLC / ACM Press / CA HP Labs / Needham / Peak Load Management / Intel / Overlay Networks / /
Country
Germany / Belgium / Japan / United States / /
Event
Natural Disaster / /
Facility
Stanford University / CA Harvard University / CA Stanford University / /
IndustryTerm
compliance enforcement tools / restricted system services / on-line journals / long-running web service sessions / Internet Services / opinion poll protocol / larg-scale peer-to-peer systems / web-published documents / target protocol / multi-step protocol / peer communication protocol / concrete tool / e - commerce / on-line document / unstructured file-sharing networks / bottleneck routers / slowest effort producer / /
OperatingSystem
Petros / DoS / /
Organization
Harvard University / National Science Foundation / USENIX Association / Computer Science Department / Stanford University / Internet Society / /
Person
A. D. Keromytis / V / Athena Markopoulou / Kevin Lai / David S. H. Rosenthal Mary Baker / Yanto Muliadi / /
Position
editor / effort producer / player / protocol player / /
ProvinceOrState
Nevada / New York / Pennsylvania / /
PublishedMedium
IEEE Transactions on Computers / Lecture Notes in Computer Science / /
SportsLeague
Stanford University / /
Technology
peer communication protocol / multi-step protocol / Peer-to-peer / P2P / target protocol / Peer-to-Peer System / Operating Systems / resulting protocol / encryption / application algorithms / LOCKSS protocol / LOCKSS opinion poll protocol / http / Data Mining / dom / bottleneck routers / P2P system / /
1 Impeding Attrition Attacks in P2P Systems Petros Maniatis TJ Giuli