| Document Date: 2010-01-19 22:43:13 Open Document File Size: 542,67 KBShare Result on Facebook
Currency USD / / / Facility University of Southern California / Stanford University / / IndustryTerm online fashion / software design / resource-constrained wireless sensor nodes / wireless multi-hop networks / line network / low-overhead dynamic backpressure routing protocol / static networks / backpressure systems / tree routing algorithm / sensor networks / stable network / delay solution / real-world wireless network / indoor wireless sensor net6 / multi-hop wireless networks / data collection protocols / wireless sensor network / node network / at devices / multipath routing algorithms / wireless sensor networks / stateof-the-art collection tree protocol / wireless sensor devices / queue solution / elegant cross-layer solutions / backpressure algorithms / tree-based collection algorithm / backpressure protocols / art routing protocol / wireless networks / maximum-weightmatching algorithm / tree-centric sink mobility solutions / tree routing protocol / / OperatingSystem TinyOS / / Organization BCP CTP / Stanford University / University of Southern California / Los Angeles / / Person Avinash Sridharan / Bhaskar Krishnamachari / / / Position head of line / / Region Southern California / / SportsLeague Stanford University / / Technology backpressure algorithms / routing protocol / Backpressure Collection protocol / maximum-weightmatching algorithm / data collection protocols / tree routing algorithm / based backpressure algorithms / low-overhead dynamic backpressure routing protocol / tree-based collection algorithm / multipath routing algorithms / stateof-the-art collection tree protocol / tree routing protocol / backpressure protocols / Lyapunov Networking algorithms / operating system / UDP / art Collection Tree Protocol / pdf / / URL http /
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