This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation. The code keeps constant the ...
Abstract. This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation.
This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation. The code keeps constant the ...
This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation, showing great scalability ...
Jun 6, 2010 · This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation. The code keeps ...
Abstract. We are witnessing the consolidation of the GPUs streaming paradigm in parallel computing. This paper explores stencil operations in CUDA to ...
In this paper we present a comparison between different implementations of the OpenGL and CUDA approaches for solving our test case, a weighted Jacobi iteration ...
This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation. The code keeps constant the ...
This paper explores stencil operations in CUDA to optimize on GPUs the Jacobi method for solving Laplace's differential equation. The code keeps constant the ...
Article "CUDA 2D Stencil Computations for the Jacobi Method" Detailed information of the J-GLOBAL is an information service managed by the Japan Science and ...
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