University College London / Democritus University of Thrace / /
IndustryTerm
higher-layer protocol / energy efficient protocol / conservative protocol / transmission expending energy / maximum energy efficiency / transmission control protocol / energy consuming / real-time applications / energy consumption depending / energy loss / wireless network card / maximum energy consumption / energy-consumption curveand / mAh more energy / mAh less energy consumption / protocol energy potential / expended energy / energy potential / particular device / transport protocol / Smooth protocols / level protocol / wireless networks / energy-saving strategy / energy / smooth protocol / wireless interface / energy resources / energy potential index / Energy-wise behaviour / Wireless network interface cards / energy consumption / energy-wise / increased energy efficiency / sensor networks / network device / transport protocols / energy-efficiency / wired network infrastructure / energy-consumption / energy-saving potential / energy performance / drawn and available energy / energy efficient design / energy management / less energy / heterogeneous networks / energy efficiency / aggressive protocol / particular network device / increased energy-saving capabilities / wireless conditions / mAh energy / /
MarketIndex
UAR / EEE / /
OperatingSystem
Linux / /
Organization
University College London / Democritus University / Lefteris Mamatas* and Vassilis Tsaoussidis Department of Electrical & Computer Engineering / / /
Position
*Corresponding author / /
ProvinceOrState
Manitoba / Rhode Island / /
Technology
high-level protocol / Linux / higher-layer protocol / smooth protocol / UDP / same protocols / transport protocols / network protocol / three protocols / conservative protocol / network interface card / aggressive protocol / transport protocol / transmission control protocol / simulation / /
International Journal of Parallel, Emergent and Distributed Systems Vol. 23, No. 4, August 2008, 309–324 Exploiting energy-saving potential in heterogeneous networks Lefteris Mamatas* and Vassilis Tsaoussidis Departmen