![Numerical linear algebra / Graphics hardware / Video cards / Concurrency control / Matrix theory / Matrix decomposition / CUDA / LU decomposition / Thread / Algebra / Linear algebra / Mathematics Numerical linear algebra / Graphics hardware / Video cards / Concurrency control / Matrix theory / Matrix decomposition / CUDA / LU decomposition / Thread / Algebra / Linear algebra / Mathematics](https://www.pdfsearch.io/img/0559bc38d803c11585cf076a6d256c13.jpg)
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City Washington / DC / Berlin / Houston / Supercomputing / Computing / J. C / / Company W. H. Press / Cambridge University Press / GPU / B. P. Flannery S. A. / CUDA / Intel / NVIDIA Corporation / / Country United States / / / Facility D. N. Ranasinghe University of Colombo School / / IndustryTerm recursive right-looking algorithm / performance computing / branch processing / vector processing / parallel programmable processor / simpler linear systems / graphics processors / graphics hardware / intensive scientific applications / purpose algorithms / dense linear algebra algorithms / attractive computing platform / computing / parallel algorithm / inside stream processor / suitable parallel algorithm / dense linear systems / linear systems / loop processing / stream processor / decomposition algorithm / / OperatingSystem Linux / / Organization Cambridge University / Society for Industrial Mathematics / University of Colombo School of Computing / IEEE Computer Society / / Person S. Green J. E. Stone / / Position Author / MP / programmer / / Product Tesla C1060 GPU / / ProgrammingLanguage DC / C / / Technology RAM / inside stream processor / dense linear algebra algorithms / graphics processors / LU decomposition algorithm / Linux / suitable parallel algorithm / stream processor / parallel algorithm / parallel programmable processor / random access / purpose algorithms / shared memory / Parallel Processing / / URL http /
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