Tethered Wireless / E. G. & Kiremidjian A. S. / Atmel / Cambridge University Press / Kiremidjian A. S. / Wireless Sensor Networks / Teukolsky S. A. / Freq (Hz) 8 0 Tethered Wireless / Texas Instruments / The Korea Highway Corporation / Acceleration (g) Acceleration (g) Wireless / /
Country
South Korea / /
Currency
FRF / /
Event
Product Issues / /
Facility
Alamosa Canyon Bridge / CaliforniaIrvine campus / Stanford University / Geumdang Bridge Jerome Peter Lynch University of Michigan / Chung Bang Yun Korea Advanced Institute of Science / Bridge Engineering Vol. / Jungbu Inland Highway / Geumdang Bridge / University of Michigan / Kincho H. Law Stanford University / University of Michigan Rackham Grant / /
IndustryTerm
The wireless / wireless channel / wireless sensing units measurement data / monitoring systems / WIRELESS SENSING UNIT DESIGN / transportation / wireless radio / wireless structural monitoring / extreme wireless / wireless structural health monitoring system / cabled-based monitoring systems / completed wireless sensing unit prototype / structural monitoring algorithms / structural monitoring systems / wireless monitoring system data / embedded computing capabilities / wireless monitoring system performance / wireless sensing unit prototypes / wireless response data / embedded data processing / wireless sensing unit network / Wireless monitoring systems / wireless sensing unit hardware / Wireless structural sensors / long steel truss pedestrian bridge / seismic applications / wireless data acquisition system / large-scale wireless / wireless sensing unit circuit / wireless monitoring system / wireless radios / wireless sensors / sensor networks / wireless sensing unit response data / The wireless monitoring system / linear re-sampling algorithm / wireless modem / wireless sensing unit prototype / 9XCite wireless modem / Wireless Monitoring System Time Synchronization An / bridge site / steel sections / on-chip computing resources / communication protocols / wireless monitoring system collecting data / wireless damage monitoring system / Wireless links / Smart sensing technology / time synchronization algorithm / data server / embedded system technologies / /
Organization
Chung Bang Yun Korea Advanced Institute of Science and Technology / Cambridge University / University of Michigan / Ann Arbor / University of CaliforniaIrvine / National Science Foundation / University of Michigan Rackham Grant and Fellowship Program / Fellowship Program and the KAIST Smart Infrastructure Technology Center / Stanford University / office of Technology Licensing Stanford Graduate Fellowship / the University of Michigan / /
Person
Chung Bang Yun / Spencer Jr. / Yang Wang / Jin Hak Yi / /
Product
connector / /
ProgrammingLanguage
MATLAB / /
ProvinceOrState
Michigan / New Mexico / /
PublishedMedium
Proceedings of SPIE / /
SportsLeague
Stanford University / /
Technology
ADC / time synchronization algorithm / laptop computer / random access / SRAM / Smart sensing technology / MEMS / Environmental Engineering / linear re-sampling algorithm / structural monitoring algorithms / Cooley-Tukey FFT algorithm / communication protocols / embedded system technologies / 3g / /
Microsoft Word - lynvoa.doc