| Document Date: 2003-05-19 11:06:34
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Company Elsevier Science B.V. / SUN Microsystems / Wide Area Networks / / / Event Product Issues / FDA Phase / / Facility A. Lahanas College of Computer Science / Northeastern University / / IndustryTerm congested wired networks / impact energy consumption / networks/devices / energy function / wireless error patterns / delay bandwidth product / wireless environments / external application protocol / transport protocols / energy-conserving capabilities / wireless components / energy cost / wired-cum-wireless scenario / heterogeneous wired/wireless networks / virtual protocol / wireless node moves / wireless error conditions / wireless nodes / energy saving / vs wireless / link-layer solution / wireless portion / heterogeneous networks / energy efficiency / wireless network components / cellular network / wireless links / transport protocol / energy-conserving capability / congestion control algorithm / level protocol / heterogenous networks / wireless node / wireless networks / energy savings / wireless border / energy / / OperatingSystem X-kernel / / Organization Northeastern University / Boston / A. Lahanas College of Computer Science / / / Position Corresponding author / / Product Probing Device / Immediate Recovery / TCP / A9 / / ProgrammingLanguage EC / R / C / / ProvinceOrState Massachusetts / / Technology high-level protocol / congestion control algorithm / routing protocol / external application protocol / transport protocol / two protocols / caching / mobile device / application protocol / transport protocols / wireless LAN / / URL www.elsevier.com/locate/comcom / /
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Computer Communications xxxxx–xxx www.elsevier.com/locate/comcom Exploiting the adaptive properties of a probing device for TCP in heterogenous networks V. Tsaoussidis*, A. Lahanas