| Document Date: 2003-05-19 11:11:28 Open Document File Size: 203,69 KBShare Result on Facebook
City Toronto / / Country France / United States / Canada / / Facility Throughput Performance Gains Vassilios Tsaoussidis College of Computer Science Northeastern University Boston / / IndustryTerm congested wired networks / impact energy consumption / congestion-/error-control algorithms / energy consumption / transport protocols / bandwidth-delay products / energy-conserving capabilities / wireless components / energy cost / transport-level protocol / mobile and battery-powered devices / vs. wireless / heterogeneous wired/wireless networks / virtual protocol / universal communications / heterogeneous wired/wireless communications / experimental transport level protocol / energy saving / congestion-control algorithm / energy wastage / energy/throughput tradeoff / communication protocols / Energy efficiency / wireless links / heterogeneous wired/wireless internets / transport protocol / energy-conserving capability / Wireless Fading Links / level protocol / energy-saving approach / wireless networks / greater energy savings / energy / heterogeneous wired/wireless channels / / Organization Energy and Throughput Performance Gains Vassilios Tsaoussidis College of Computer Science Northeastern University Boston / SUNY / / Person M. Allman / V / H. Balakrishnan / V / Hussein Badr / / Technology congestion-control algorithm / high-level protocol / experimental transport level protocol / transport-level protocol / Energy Conserving Protocols / wireless communications / transport protocol / USA transport protocols / congestion-/error-control algorithms / energyconserving protocol / Transmission Control Protocol / Energy-saving Transport Protocol / communication protocols / same algorithm / Recovery algorithm / TCP/IP / transport protocols / IP protocol / four protocols / / URL http /
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