Paphos / Tolksdorf / New York / Santiago / Swarm / Lisboa / /
Company
MIT Press / Oxford University Press / Distributed Storage We / /
Country
Cyprus / Chile / United States / Portugal / / /
IndustryTerm
test protocol / early storage systems / combinatorial solution / network technology / web resource / information systems / communications networks / chemical rules / linda-systems / stateof-the art routing algorithms / problem solutions / swarm algorithms / Web-based Applications / Web scalability requirements / storage network / multi-agent systems / possible solution / ant colony optimization algorithms / storage systems / stand-alone systems / triplespace computing / data location algorithms / Web Congress / law data distribution / space infrastructure / Web data / large-scale storage network / packet-switched communication networks / cloud services / /
OperatingSystem
Linux / /
Organization
MIT / Swarm Intelligence / Congress / German Federal Ministry of Education / Oxford University / IEEE Computer Society / /
Person
B. Nixon / A. Kaltenbrunner / V / Robert Tolksdorf Networked / / /
Position
coordination model for triplespace computing / Travelling Salesman / /
ProgrammingLanguage
R / /
ProvinceOrState
Massachusetts / /
PublishedMedium
Journal of the ACM / Lecture Notes in Computer Science / /
Technology
ant colony optimization algorithms / peer-to-peer / Linux / using ACO-inspired algorithms / nature-inspired algorithm / data location algorithms / test protocol / packet-switched / pheromones / ACO algorithms / nature-inspired algorithms / bilaterally using network technology / Nondeterministic algorithms / http / Resource Description Framework / stateof-the art routing algorithms / RDF / simulation / swarm algorithms / P2P technology / /
Data Location Optimization for a Self-Organized Distributed Storage System Hannes M¨uhleisen, Tilman Walther and Robert Tolksdorf Networked Information Systems Group Freie Universit¨at Berlin Berlin, Germany muehleis@i