P2P Systems Jie Wu Swiss Federal Institute of Technology / /
IndustryTerm
decentralized search architecture / decentralized search system / distributed query processing / Web surfers / Web document / Web scale problem / query processing / large-scale web data sets / Internet Meta-Searching / client/server / approximate global site / large scale distributed systems / Web server/surfer model / individual server / Web Server Module We / information systems / hidden web / local Web documents / ordinary Web server/surfer model / meta search engines / internet search services / local Web site / heterogeneous search / Web pheromone / local Web sites / deployed Web servers / Web document rankings / Web Society Traditional / Web documents / decentralized Web search system / Web Search Systems Web IR systems / selected Web / huge Web collection pertaining / Web servers / search applications / requested Web documents / public search engine / local Web document rankings / search systems / main Web search engines / important applications / search engines / Web search engines / real global site / local Web document / possible reason accounting / Search functionalities / internet surfers / Web counterpart / Web server software / Web pheromone information / lab Web site / Web graph / Web server / selected Web sites / Web rankings / correct search results / usual Web search systems / Web IR systems / preliminary search / communication networks / Web directories / Web Servers We / search results / particular Web site / distributed search systems / /
Organization
Swiss Federal Institute of Technology / Lausanne School of Computer and Communication Sciences / Swarm Intelligence / WAIS Wide Area Information Service / /
Person
Jie Wu Swiss / /
Position
ordinary Web server/surfer / arbiter / surfer / single surfer / host database manager / Web server/surfer / /
Product
Z39 / /
Technology
P2P / search engine / Z39.50 / decentralized algorithm / caching / Simulation / client/server / Web server / /
Towards a Decentralized Search Architecture for the Web and P2P Systems Jie Wu