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Electronics / OpenCL / Graphics processing unit / Multi-core processor / Advanced Micro Devices / Radeon / Kernel / OpenCV / Intelligent Ground Vehicle Competition / GPGPU / Computer hardware / Computing


Optimizing a Mobile Robot Control System using GPU Acceleration Nat Tuck, Michael McGuinness, and Fred Martin∗ University of Massachusetts Lowell, 1 University Ave, Lowell, MA, US ABSTRACT This paper describes our atte
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Document Date: 2012-01-29 13:27:47


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Berlin / Profiling Results Kernel / New York / /

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AMD / Nvidia / Whittaker / Intel / Advanced Micro Devices / /

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United States / /

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USD / AMD / /

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Fred Martin∗ University of Massachusetts Lowell / OpenCV library / Point Cloud Library / Gazebo Simulation We / University Ave / /

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testing hardware / simulation tool / programmable graphics hardware / point cloud processing component / scientific computing libraries / point cloud processing / computer vision processing / computer technology / stereo disparity algorithm / networked communications / /

OperatingSystem

Ubuntu / /

Organization

Association for Unmanned Vehicle Systems International / Fred Martin∗ University of Massachusetts Lowell / Society of Photo-Optical Instrumentation Engineers / /

Person

Fred Martin / Nat Tuck / Michael McGuinness / James Dalphond / /

Product

Radeon 6850 / a mid-range consumer graphics card / Radeon 6850 / Gazebo simulation tool / Mapping Our / Gazebo / /

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C / C++ / /

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New York / /

Technology

laser / RAM / artificial intelligence / stereo disparity algorithm / GPS / A* algorithm / simulation / Operating System / html / computer technology / /

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http /

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