吕强 2017-07-25 13:03:48
Description: LCD12864 display code based on FPGA
Plat: Verilog | Size: 4790KB | Downloads: 0
cc 2017-07-22 13:20:38
Description: Two 8*8 matrix multiplication, each element of the same matrix, simplifying the operation; Modelsim compiler simulation, ISE or vivado download, to achieve FPGA display.
Plat: Verilog | Size: 7KB | Downloads: 0
你大哥 2017-07-21 11:14:12
Description: this is the source code of the C++ concurrency in action
Plat: C-C++ | Size: 4183KB | Downloads: 0
刘聪 2017-07-19 19:39:06
Description: Parallel Programming in Fortran95 using OpenMP
Plat: Fortran | Size: 667KB | Downloads: 0
萧炎 2017-07-19 10:23:19
Description: CUDA by Example,learning cuda
Plat: C-C++ | Size: 2054KB | Downloads: 0
guowei 2017-07-17 15:33:43
Description: FFT, that is fast Fourier transform, is a fast algorithm for discrete Fourier transform. It is based on the odd, even, imaginary, real and other characteristics of discrete Fourier transform, and the algorithm of discrete Fu Liye transform is improved. It does not make new discoveries about the theory of Fourier transform, but it can be a big step for the application of discrete Fu Liye transform in computer system or digital system. Let x (n) is a complex sequence of N, by DFT transform, either X (m) calculations are N times N-1 times complex multiplication and addition, and a complex multiplication is equivalent to four times the number of multiplication and two real addition, a complex addition is equivalent to two times the number of addition,
Plat: C-C++ | Size: 210KB | Downloads: 0
9311066 2017-07-14 11:40:50
Description: Cellular machine principle description, with fluid realization code, the code line by line explanation
Plat: matlab | Size: 227KB | Downloads: 1
newpb80 2017-07-12 09:30:16
Description: Large scale distributed data architecture and actual combat
Plat: Java | Size: 44095KB | Downloads: 0
吴来宾 2017-07-02 18:29:09
Description: BP neural network function fitting and pattern recognition, Synthetic Aperture Radar (SAR) imaging simulation target, music higher order spectral analysis algorithm.
Plat: HTML | Size: 5KB | Downloads: 0
冯子航 2017-06-30 13:13:00
Description: Matrix multiplication of different cycle mode algorithm, compared to the length of time used in various algorithms
Plat: C-C++ | Size: 924KB | Downloads: 0
黄燊 2017-06-29 16:27:03
Description: MPI parallel design trapezoidal integration method, containing the results of the operation picture
Plat: C-C++ | Size: 26KB | Downloads: 0
xcxzfhakx 2017-06-28 18:09:23
Description: Based on MPI's cannon algorithm, the multiplication of matrix is realized
Plat: C-C++ | Size: 10KB | Downloads: 2
魏希珍 2017-06-28 16:12:54
Description: Learning parallel computing knowledge, familiar with the scope of parallel computing applications.
Plat: PPT | Size: 6177KB | Downloads: 4
小小 2017-06-28 07:39:46
Description: cuda memory management
Plat: C-C++ | Size: 561KB | Downloads: 0
殷家应 2017-06-27 20:25:15
Description: BP parallel decoding of polar codes based on GPU
Plat: C-C++ | Size: 2KB | Downloads: 1
陈大强 2017-06-27 20:19:51
Description: Write their own GPU parallel program and MATLAB platform mixed call, suitable for beginners to learn MATLAB and GPU parallel programming
Plat: C-C++ | Size: 2501KB | Downloads: 0
liuxiaoming 2017-06-27 08:12:18
Description: Parallel Programming With Microsoft Visual C++
Plat: Visual C++ | Size: 2463KB | Downloads: 0
杨旭 2017-06-26 16:23:23
Description: Simple MPI program, providing a simple MPI framework, new instructions
Plat: Visual C++ | Size: 217KB | Downloads: 1
Teresa 2017-06-25 13:09:45
Description: An parallel program using MPI to realize the multiplication of matrices.
Plat: C-C++ | Size: 2KB | Downloads: 1
杨博华 2017-06-24 07:06:41
Description: Reverse array (multiblock): Given the pointer d_a in the input array {a0, A1,..., an-1}, the reverse array {an-1, An-2,..., a0} stored in the pointer d_b A: starts with the "reverseArray_multiblock" template B: more than 256 thread block start, to reverse the size of N, N / 256 block array The first part: the number of calculation to start The second part: implementation of kernel reverseArrayBlock Attention, now you must calculate at the same time The reverse position in a block Reverse offset to block start
Plat: Visual C++ | Size: 6KB | Downloads: 0
杨博华 2017-06-24 06:58:58
Description: Reverse array (single block) - the input array {a0, A1,..., an-1} in the given pointer d_a, the reverse array {an-1, An-2,..., a0}, stored in the pointer d_b A: starts with the "reverseArray_singleblock" template B: has only one thread block to start to reverse an array of sizes N = numThreads = 256 elements C: first parts (1 altogether): all you need to do is implement the kernel's reverseArrayBlock ()" D: each thread moves a single element in the opposite position, reads input from the d_a index, and outputs the output in the opposite position in the d_b index
Plat: Visual C++ | Size: 6KB | Downloads: 0
杨博华 2017-06-24 06:53:10
Description: Start the kernel -- start with the myFirstKernel template. Part1: use pointer d_a to allocate device memory for the results of the kernel. Part2: use the 1-D 1-D grid to configure and start the kernel Thread block. Part3: let each thread set an element of d_a, as shown below: IDX = blockIdx.x * blockDim.x + threadIdx.x d_a = [idx] = 1000 * blockIdx.x + threadIdx.x Part4: copy the results from d_a back to the host pointer h_a. Part5: is the validation correct?.
Plat: Visual C++ | Size: 6KB | Downloads: 0
杨博华 2017-06-24 06:48:54
Description: Copy between host and device -- start with the cudaMallocAndMemcpy template. The first part allocates memory for the indexes d_a and d_b on the device. The second part: copy the h_a on the host to the d_a on the device. The third part: copy the device from d_a to d_b. The fourth part: copy the d_b from the device back to the h_a on the host. The fifth part: release d_a and d_b on the host.
Plat: Visual C++ | Size: 6KB | Downloads: 0
杨博华 2017-06-24 06:38:20
Description: Skeletons and solutions for hands-on CUDA codes, they are listed as the followings: cudaMallocAndMemcpy myFirstKernel reverseArray_singleblock reverseArray_multiblock reverseArray_multiblock_fast
Plat: Visual C++ | Size: 2377KB | Downloads: 0
张艾可 2017-06-21 23:58:31
Description: In parallel computing, two methods of matrix multiplication, MPI and CUDA, have been tested and output with results
Plat: C-C++ | Size: 1KB | Downloads: 1
jayant 2017-06-21 14:44:57
Description: digital to analog converter
Plat: VHDL | Size: 50KB | Downloads: 0
周亚凡 2017-06-12 10:35:26
Description: Parallel operation, matlab function, start parallel computing program, very easy to use
Plat: C-C++ | Size: 4KB | Downloads: 0
pippo 2017-06-06 20:10:50
Description: Bitonic order implementation code with mpi usage
Plat: C-C++ | Size: 38KB | Downloads: 0
巩晨星 2017-06-03 00:34:14
Description: The code mainly implements the single-thread, multithreaded method of calculating π, runs on the cluster, compares the time.
Plat: Dev C++ | Size: 1KB | Downloads: 0
高国强 2017-06-01 14:37:19
Description: U91C7 u7539 u659 u8F09 u7F4 u7R4 u7354 u03 U6599 u5206 u5C42 u635F u4F24
Plat: Visual Basic | Size: 1KB | Downloads: 0
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