| Document Date: 2010-11-16 16:04:34
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City Ithaca / Scottsdale / OF THE ROI / / Company HTC / Qualcomm / / Country United States / / Currency pence / / Facility Sheila S. Hemami University of Washington / Cornell University / / IndustryTerm offline distortion-complexity optimization algorithm / coarse motion search / motion search algorithm / motion search methods / offline algorithm / optimization algorithm / search technique / motion search method / low processing power / uneven multihexagon search / look-up taAVC encoder parameter selection algorithms / motion search complexity / test device / exhaustive search / motion search / bandwidth 3G networks / low-bandwidth video telephone / higher complexity motion search / low complexity video compression algorithms / morphological processing / online algorithm / videophone applications / motion search parameter / identified using a higher complexity motion search / / OperatingSystem Windows XP / / Organization National Science Foundation / Cornell University / University of Washington / Seattle / / Person T. George Camreduce / Francis M. Ciaramello / Richard E. Ladner Francis / Eve A. Riskin / / / Position author / / Product ROI / / ProvinceOrState New York / Washington / Arizona / / TVStation Kyle / / Technology online algorithm / DPSPA algorithm / mpeg / ASL / MPEG-4 / mobile phones / MOBILE DEVICE / digital video / Image Processing / optimization algorithm / offline distortion-complexity optimization algorithm / mobile devices / cellular telephone / videoconferencing system / MSM7200 ARMv6 processor / motion search algorithm / video conferencing / 2010 DPSPA algorithm / low complexity video compression algorithms / cell phones / 3G / look-up taAVC encoder parameter selection algorithms / 2.01 GHz AMD processor / / URL http /
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C:/Research Work/Papers/Ciaramello/VPQM 10/Ciaramello_VPQM_2010.dvi