| Document Date: 2012-02-03 11:33:59
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City Dallas / New York / Report / / Company Hittite Microwave / Hewlett-Packard / Xilinx Inc. / ON Semiconductor / IEEE Journal / Cellular Radio / Picosecond Labs / Tektronix / / / Facility UWB communication system / Prentice Hall / Computer Engineering Virginia Polytechnic Institute / Virginia Polytechnic Institute / State University / / IndustryTerm a communication system— such systems / time-domain microwave applications / digital processing hardware / clock network / array bank / communication systems / ultra-low skew clock distribution network / 10EP195 programmable delay chip / clock distribution and delay chips / extraneous energy / software defined ultra wideband transceiver / skew management / digital processing / Wireless LAN / imaging / programmable delay chips / digital processing power / narrowband/broadband communications / conventional narrowband systems / narrowband communications / 10EL14D low-skew clock distribution chip / wireless communications devices / early-late algorithm / software change / / Organization H. Reed Mobile and Portable Radio Research Group Bradley Department of Electrical / Polytechnic Institute / State University / Transmitter Board / / Person Christopher R. Anderson / Jeffrey H. Reed / P. J. Byrne / Christopher R. Anderson programmable / M. McTigue / / / Position forward / / Product Sony Portable Radio / / ProvinceOrState New Jersey / Virginia / / RadioStation Radio UWB / / Technology embedded PowerPC processors / FPGA / ADC / ADC algorithms / broadband / programmable delay chips / ADC system / 10EL14D low-skew clock distribution chip / network algorithms / microwave / Amplitude Modulation / basic AGC algorithm / early-late algorithm / recombination / Semiconductor Christopher R. Anderson 10EP195 programmable delay chip / Bluetooth / Wireless LAN / /
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