Distributed Systems / ACM Journal / Vassilis Tsaoussidis2 2 1 Space Internetworks Ltd / Intelligen Inc. / /
Country
Germany / Greece / /
Event
FDA Phase / /
Facility
Demokritos University of Thrace / Base Station / Northeastern University / University of Macedonia / Hellenic Institute of Statistics / Rutgers University / Aristotle University / Humboldt University / Aristotle University of Thessaloniki / State University of New York / Democritus University / Democritus University of Thrace / /
IndustryTerm
energy conserving mechanism / energy-efficient internetworking / energy conservation / energy saving potential values / client devices / wireless side / faster wireless network adapters / wireless link / energy gains / every-day tool / Wireless Communications / last hop wireless channels / bundle protocol / potential calculation algorithm / energy expenditure calculations / energy consumption chart / energy savings / energy / Internet traffic / energy consumption / wireless applications / experimental tools / energy performance potential / energy-conserving consequences / energy saving approach / wired-cum-wireless scenarios / energy-efficient administration / energy efficiency / energy saving potential / energy-efficient modes / battery technology / network protocols / energy saving mechanism / last hop wireless link / handheld device / energy-throughput tradeoff / higher network / wireless connection / energy-wasting policy / potential energy savings / energy capacity / Wireless Network / energy-saving / end-device energy control / Wireless Error FTP transfer Fig / longer Wireless PER / load balancing algorithms / Wireless LAN Medium Access Control / Wireless PER / energy potential / wireless error / transport/network protocols / maximum theoretical energy saving amount / required energy / wireless node / greater energy gains / wireless networks / wireless receiver / mode achieving energy conservation / wireless packet error rate / network intensive applications / energy expenditure values / Wireless Internet Communications / energy-saving strategies / strained network / transport protocols / congested network / INTERNET ENGINEERING / energy-conserving modes / energy conserving potential / wireless networking / energy requirement / energy expenditure model / energy saving / wireless part / increased energy demand / metropolitan area networks / conserved energy increases / appropriate tool / at emphasizing the energy saving potential / /
Organization
Rutgers University / Humboldt University / Berlin / Aristotle University of Thessaloniki / Hellenic Institute of Statistics / Time Division / Greece Space Internetworking Center / University of Macedonia / Northeastern University / Boston / Aristotle University / Democritus University / State University of New York / Department of Electrical and Computer Engineering / Demokritos University of Thrace / Electrical Engineering Department / /
Person
L. Mamatas / V / T. Simunic / V / Paramvir Bahl / Dimitris Vardalis / Michael J. Sinclair / D. Vardalis / V / Eugene Shih / /
Position
RT / transport layer mediator / editor in chief / administrator / Major / software engineer / editor / store-and-forward / Cao / scheduler / controller / /
Product
Split / E2E / Mobile Users / /
ProgrammingLanguage
php / Joule / /
ProvinceOrState
New Brunswick / Manitoba / /
PublishedMedium
The Computer Journal / /
RadioStation
WNIC / /
Technology
Information technology / Quality of Service / transport protocols / Mobile devices / same potential calculation algorithm / flow control / RT_PS protocol / bundle protocol / DTN-based protocol / DTN protocol / Wireless Communications / DTN-like protocol / mobile device / Operating Systems / transport/network protocols / load balancing algorithms / load balancing / DTN Bundle protocol / Mobile Computing / battery technology / simulation / Power-Aware Multimedia Streaming Protocol / wireless LAN / network protocols / /
JOURNAL OF INTERNET ENGINEERING, VOL. 5, NO. 1, JUNEEnergy-efficient internetworking with DTN Dimitris Vardalis1 and Vassilis Tsaoussidis2