CUDA Programming | Heangkung's Blog
d_C [idx] = d_A [idx] + d_B [idx]; }
cudaMemcpy couchtuner (d_A, A, size, cudaMemcpyHostToDevice); cudaMemcpy (d_B, B, size, cudaMemcpyHostToDevice);
C [i] = SUMA [floor (i / 512)] / B [i]; } __global__ Void VecCal (float * d_A, float * d_B, float * d_C) {.
Shared variable due to every thread in the same block can use the SUMA and each block has its own variable SUMA SUMA in which each block is different from each other. couchtuner
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Recently 04.08 Games of Life (MPI Program) couchtuner 02.10 Use hpccluster 02.03 Game of life programs 01.10 CUDA Programming 01.10 OpenMP Programming 12.13 Run CUDA sdk and write VecAdd program 07.16 Live Migration 07.12 Hello world!
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d_C [idx] = d_A [idx] + d_B [idx]; }
cudaMemcpy couchtuner (d_A, A, size, cudaMemcpyHostToDevice); cudaMemcpy (d_B, B, size, cudaMemcpyHostToDevice);
C [i] = SUMA [floor (i / 512)] / B [i]; } __global__ Void VecCal (float * d_A, float * d_B, float * d_C) {.
Shared variable due to every thread in the same block can use the SUMA and each block has its own variable SUMA SUMA in which each block is different from each other. couchtuner
Email (required) (Address never made public).
Recently 04.08 Games of Life (MPI Program) couchtuner 02.10 Use hpccluster 02.03 Game of life programs 01.10 CUDA Programming 01.10 OpenMP Programming 12.13 Run CUDA sdk and write VecAdd program 07.16 Live Migration 07.12 Hello world!
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