| Document Date: 2006-06-20 18:27:31
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City Berlin / / Company Lucent / Red Hat / / Country Germany / Australia / / / Facility Computer Systems Engineering Monash University / Monash University / / IndustryTerm energy consumption considerations / to fixed devices / residual energy / reactive protocols / residual_energy_of_old_route / rural networks / residual_energy_of_new_route== residual_energy_of_old_route / simpler heuristic solution / wireless network / battery technology research / energy efficient path / battery management electronics / energy sources / energy storage capability / computer technology / deployed networks / energy information / software package / reactive protocol / Wireless Networks / energy / modest energy density increase / proposed routing protocol / energy-efficient routing protocols / phone network / wireless terminals / idle energy consumption / energy consumption / sensor networks / ad hoc networks / carrier sense multiple access/collision avoidance / residual_energy_of_new_route / mobile devices / wireless network devices / residual_energy / energy consumption behavior / minimum residual energy / battery technology / wireless devices / wireless network interfaces / / OperatingSystem Linux / / Organization Monash University / Monash University / Melbourne / Department of Electrical / Centre for Telecommunications and Information Engineering / / Person Fedora Core / Thanh Tung / K. Egan Balancing / Gregory K Egan / / Product dBm 2.4 GHz 2 Mbps Wavelan PCMCIA card / dBm 2.4 GHz 2 / / ProgrammingLanguage DC / / Technology chip design / AODV protocol / wireless devices / Linux / Routing protocols / Section AODV protocol / computer technology / mobile devices / reactive protocol / cellular telephone / routing protocol / proposed routing protocol / battery technology / 802.11 protocol / V. AODV PROTOCOL AODV protocol / /
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Department of Electrical and Computer Systems Engineering Technical Report MECSE