//testThread1<<<1, size>>>(dev_c, dev_a, dev_b); //uint3 s;s.x = size/5;s.y = 5;s.z = 1; //testThread2 <<<1,s>>>(dev_c, dev_a, dev_b); //uint3 s; s.x = size / 10; s.y = 5; s.z = 2; //testThread3<<<1, s >>>(dev_c, dev_a, dev_b); //testBlock1<<>>(dev_c, dev_a, dev_b); //uint3 s; s.x = size / 5; s.y = 5; s.z = 1; //testBlock2<<>>(dev_c, dev_a, dev_b); //uint3 s; s.x = size / 10; s.y = 5; s.z = 2; //testBlock3<<>>(dev_c, dev_a, dev_b); //testBlockThread1<<>>(dev_c, dev_a, dev_b); //uint3 s1; s1.x = size / 100; s1.y = 1; s1.z = 1; //uint3 s2; s2.x = 10; s2.y = 10; s2.z = 1; //testBlockThread2 << > >(dev_c, dev_a, dev_b); //uint3 s1; s1.x = size / 100; s1.y = 1; s1.z = 1; //uint3 s2; s2.x = 10; s2.y = 5; s2.z = 2; //testBlockThread3 << > >(dev_c, dev_a, dev_b); //uint3 s1; s1.x = 10; s1.y = 10; s1.z = 1; //uint3 s2; s2.x = size / 100; s2.y = 1; s2.z = 1; //testBlockThread4 << > >(dev_c, dev_a, dev_b); //uint3 s1; s1.x = 10; s1.y = 5; s1.z = 2; //uint3 s2; s2.x = size / 100; s2.y = 1; s2.z = 1; //testBlockThread5 << > >(dev_c, dev_a, dev_b); //uint3 s1; s1.x = size / 100; s1.y = 10; s1.z = 1; //uint3 s2; s2.x = 5; s2.y = 2; s2.z = 1; //testBlockThread6 << > >(dev_c, dev_a, dev_b); //uint3 s1; s1.x = size / 100; s1.y = 5; s1.z = 1; //uint3 s2; s2.x = 5; s2.y = 2; s2.z = 2; //testBlockThread7 << > >(dev_c, dev_a, dev_b); //uint3 s1; s1.x = 5; s1.y = 2; s1.z = 2; //uint3 s2; s2.x = size / 100; s2.y = 5; s2.z = 1; //testBlockThread8 <<>>(dev_c, dev_a, dev_b); uint3 s1; s1.x = 5; s1.y = 2; s1.z = 2; uint3 s2; s2.x = size / 200; s2.y = 5; s2.z = 2; testBlockThread9<<>>(dev_c, dev_a, dev_b); //或者： dim3 blocks(DIM/16,DIM/16，1); ////二维线程块 dim3 threads(16,16,1); ////二维线程 func_kernel<<>>（参数）；

《GPU并行计算与CUDA编程》学习笔记