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TIP Project Brief – [removed]9H9007 Civil Infrastructure Self Powered Wireless Sensor Network For Structural Bridge Health Prognosis Develop a novel system for continuously monitoring the structural health of bridges u
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Document Date: 2011-11-08 07:51:59


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Trilion Quality Systems LLC / Advanced Health Management / Witten Technologies Inc. / K Acellent Technologies Inc. / Monarch Antenna Inc. / Physical Acoustics Corporation / Lepech & Associates LLC / Redfern Integrated Optics Inc. / UltraScan LLC / Distributed Sensor Technologies Inc. / Earth Mechanics Inc. / Prospect Solutions LLC / Optiphase Inc. / Acellent Technologies Inc. / National Instruments Corporation / Weidlinger Associates Inc / SC Solutions (Santa Clara Calif.) LFL Associates / Mistras Group Inc. / Earth Science Systems LLC / Elstner Associates Inc. / DBA Physical Acoustics Corporation / Elxsi Corporation / K Distributed Sensor Technologies Inc. / Newport Sensors Inc. / Civil Infrastructure Cyber-Enabled Wireless Monitoring Systems / /

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United States / Columbia / /

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Business Partnership / Environmental Issue / /

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Northeastern University / Hall Boston / University of Illinois / University of Massachusetts / University of Texas / University of Michigan / Virginia Polytechnic Institute / University of California / University of Illinois at Chicago / University of Massachusetts Lowell / Louisiana Technical University / University of Vermont / University Tower Irvine / University of Miami / State Agricultural College / Highway Bridges Develop / Wolverine Tower / University of South Carolina / Louisiana Tech University / State University / University of California at Irvine / University of South Carolina Research Foundation / /

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ultra-low-power wireless telemetry system / high-resolution imaging / intelligent sensor network / multidisciplinary technologies / technology development components / signal-processing algorithms / Wireless Sensor Network / communication protocol / wireless signal / data mining algorithms / bomb detection technology / damage assessment/reliability algorithms / wireless sensors / cement change / nondestructive technology / wireless system / data acquisition systems / sensor networks / use wireless communications / data processing / steel and concrete bridges / wireless sensing technology / sufficient computing power / visualization software / technology development targets / energy harvesting / decision-making tools / extensible and self-powered sensor network / large infrastructure systems / water systems infrastructure / wireless communications system / sensor network / steel / health prognosis software / wind energy / wireless sensor nodes / transmission network / large water pipe networks / wireless connection / wireless network / piezoelectric systems / steel reinforcing bars / large networks / microwave imaging system / energy harvesting system / signal processing / extensible network solution / steel cools / un-corroded steel / wastewater infrastructure systems / pipe networks / opto-electronics / low-level data management / bridges using wireless sensors / internet-based system / nondestructive evaluation technology / structural vibration/wind energy / cement composites / lowpower devices / wireless control / electronics / Web-based system / signal processing algorithms / higher level systems / On-board data processing elements / be read using a wireless connection / /

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Ultra / /

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University of California / University of Texas at Austin / University of South Carolina / Northeastern University / Federal Highway Administration / University of Michigan / University of Illinois at Chicago / Polytechnic Institute / State University / South Carolina Research Foundation / University of Massachusetts Lowell / University of Massachusetts / University of Vermont / University of Illinois / Chicago / Louisiana Tech University / University of Miami / Virginia Tech / Louisiana Technical University / State Agricultural College / Santa Ana Watershed Project Authority / the University of Michigan / /

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Coral Gables / Van Nuys / Sharon Wood / Ming L. Wang / Jerome P. Lynch / Michael Jansen / Joseph Purtell / Shawn Beard / Richard Livingston / Didem Ozevin / Masanobu Shinozuka / /

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New York / Michigan / South Carolina / California / Texas / New Jersey / Vermont / Illinois / Florida / Massachusetts / /

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3-D / optical fiber / existing nondestructive evaluation technology / signal-processing algorithms / MEMS / communication protocol / bomb detection technology / damage assessment/reliability algorithms / proposed technologies / flash / wireless communications system / optical sensing / peer-to-peer / wireless communications / wireless sensing technology / GPS / Microwave / laser / signal processing algorithms / data mining algorithms / simulation / /

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