The University of Texas / Arizona State University / /
IndustryTerm
video applications / multi-core processing / end solution / physical layer processing / long battery life portable applications / mobile communications / multi-core processors / wireless handset / mobile application processors / 3G wireless infrastructure / software tools / communication systems / real time / mobile and handheld devices / multi-core chips / Wireless Wireless Networking Video Wireless / portable multimedia applications / rate processing / multi-processing / performance systems / signal processing slaves / platform software / heterogeneous multi-processing / carrier recovery / cheapest solution / mesh network / cellular infrastructure / data-intensive applications / real-time processing / multi-core embedded processors / software development challenges / video processing / higher performance single processing elements / large scale computing capabilities / low-power devices / non-uniform cluster computing / software solutions / wireless infrastructure / wireless sector / protocol processing / packet telephony / hard real-time nature / host processor / cellular networks / real time decreases / wireless protocols / radio applications / main target applications / performance applications / parallel processing / similar chip / video and high-speed Internet browsing / signal processing / software tooling / multi-core devices / wireless communications infrastructure / considered single-core processor / Wireless/DSP market bulletin / handset applications / high-speed wireless data communication standards / parallel embedded systems / hardware-supported visualization tools / multicore device / purpose processors / virtualization technology / high speed Internet browsing / signal processing systems / non-battery powered systems / parallel computing research / simplified digital signal processing path / candidate processors / metropolitan area networks / carrier card / higher performance devices / mature tools / /
MarketIndex
OFDM / /
OperatingSystem
Unix / L3 / Microsoft Windows / OSE / Linux / POSIX / /
Organization
University of Texas at Austin / DSP CPU / ASIC / TI’s DSP / Univ. of Illinois / Arizona State University / School of Electrical and Computer Engineering / /
Person
Gene A. Frantz / C. Grothoff / V / David V. Anderson† Brian / / /
Position
architect / designer / central controller / SMP OS scheduler / programmer / Virtual Machine Manager / controller / /
IEEE Signal Processing Magazine, Special Issue on Signal Processing on Platforms with Multiple Cores, Nov[removed]TRENDS IN MULTI-CORE DSP PLATFORMS