| Document Date: 2011-06-30 03:27:09
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Company NVIDIA / GPU / Deallocating Resources / CUDA / Intel / OpenCL / The AES / / / Facility Computer Engineering Georgia Institute of Technology Atlanta / / IndustryTerm benchmark applications / technology nodes / multi-accelerator systems / heterogeneous many-core processors / given processor / list scheduling algorithm / software implementation / out-of-order processor / leaves containing processors / heterogeneous systems / performance applications / generic algorithm / improved scheduling algorithm / sequential applications / media processing / domain specific applications / reconstruction algorithm / multiaccelerator systems / / MarketIndex UIUC Parboil / / OperatingSystem Ubuntu / / Organization Electrical and Computer Engineering Georgia Institute of Technology Atlanta / Sudhakar Yalamanchili School of Electrical / / / Position writer / scheduler / CPU g_maxs PetrinetKernel Scheduler / Harmony execution model for future work / programmer / / Product Ocelot / Harmony / GT200 GPUs / CPU / Harmony Application / / ProgrammingLanguage Cilk / C / / RadioStation Core / / Technology BBs / MPEG / load balancing / given processor / out-of-order processor / ten processors / generic algorithm / improved scheduling algorithm / leaves containing processors / list scheduling algorithm / 3D MRI reconstruction algorithm / simulation / scheduling algorithm / MRI / /
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Speculative Execution on Multi-GPU Systems Gregory Diamos and Sudhakar Yalamanchili School of Electrical and Computer Engineering Georgia Institute of Technology Atlanta, Georgia 30332–0250