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Paper title: GRAPHICS PROCESSING UNIT COMPUTATIONS FOR FINITE ELEMENT OPTIMIZATION: A REVIEW AND SOME ISSUES TO BE ADDRESSED

Author(s): SIVAMAYAM SIVASUTHAN, VICTOR U. KARTHIK, THAVAPPIRAGASAM MATHIALAKAN, MOHAMMAD R. RAWASHDEH, PARAMSOTHY JAYAKUMAR, RAVI S. THYAGARAJAN, SAMUEL RATNAJEEVAN HERBERT HOOLE,

Abstract:

In finite element optimization, the computational load is a limiting issue. Parallelization has been the preferred route to overcome this problem but was again limited by the cost of computers and the number of processors available. The graphics processing unit (GPU) on a PC provides a means of implementing the massive computations on numerous parallel threads cheaply on PCs. The purpose of this is to review finite element matrix equation solution on the GPU and point out areas where further investigation is warranted. Our intention is to direct computational research and computer architecture development so that we may use the GPU better for more effective computational parallelization in finite element field computation.

Keywords: Finite element method (FEM), Parallelization, Matrix computation, Graphics processing unit (GPU)

Year: 2015 | Tome: 60 | Issue: 3 | Pp.: 241-251

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