Atmel / Analog Devices / Independent JPEG Group / Embedded Networked Sensor Systems / /
Country
United States / Brazil / /
Currency
USD / / /
Facility
University of Waterloo / University of California / /
IndustryTerm
integers using processors / compression algorithm / sensor network applications / optimization algorithm / times less energy efficient / energy consumption tradeoffs / energy-efficient image transmission / overall energy consumption / energy improvements / energy values / delay tolerant networks / wireless sensor networks / platform-targeted software / Transmission energy / energy efficient / energy advantage / wireless networks / lowest power processors / energy savings / wireless multimedia communication / intermediate solution / energy results / energy / energy costs / target processor / energy-constrained platforms / energy consumption / energy consumption constraints / sensor networks / significant energy benefits / energy cost / energy tradeoffs / energy-aware approach ensuring / Energy-aware data compression / energy requirements / multi-hop wireless sensor network / optimization tool / software programs / energy standpoint / less energy / n-bit processor / energy-constrained devices / energy-efficient / ultra-low power wireless research / compression algorithms / software libraries / lossless data compression algorithms / overall energy utilization / wireless transmission / energy efficiency compression offers significant benefits / specific energy tradeoffs / higher energy costs / xed-point processors / /
Organization
National Science Foundation / University of Waterloo / Computer Science Department / University of California / Los Angeles Center for Embedded Networked Sensing / University of California / Los Angeles / Electrical Engineering Department / /
Person
W. Luk / R. Cheung / G. Constantinides / Note / O. Mencer / David Choi / D. Lee / A. Abdul Gaffar / John D. Villasenor / Steven Tu / Mohammad Rahimi / /
Position
TI Code Composer / Engineer To Engineer Note / General / Engineer / /