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mpich2-1.0.3.tar
- mpi并行计算的c++代码 可用vc或gcc编译通过 可以用来搭建并行计算试验环境-mpi parallel computing available vc c code or compile gcc structures can be used to test parallel computing environment
Scatter_Allgather
- MPI program Scatter_Allgather.c
MyMPI
- 并行编程中Monte Carlo方法求π值的程序说明（具体采用MPI＋C语言实现）
FFT.c
- Fast Fourier Transform using MPI libraries (Source Code)
mpi-chi2-v1_5
- Fast chi-square distance computation in C, matlab and python
parallel_matrix_multiply_demo
- Cannon算法的C++程序MPI实现,实现矩阵的相乘。-MPI implementation of Cannon algorithm(in C++)
Cannon_Algorithm_MPI
- Canon algorithm sample with MPI VS2005 C-Canon algorithm sample with MPI VS2005 C++
matrix_multiply
- It is a matrix vector multiplication algorithm implement in MPI and C
Cannon
- Cannon algorithm in c++ mpi matrixmultiplication
bucketSort
- bucketsort in C++ MPI
jacobi_mpi
- C语言版的基于MPI的Jacobi矩阵计算的并行算法~~~ -C-language version of the Jacobi matrix calculation of MPI-based parallel algorithm ~ ~ ~
sortquick
- 在linux环境下，采用mpi并行，C语言，实现对数组的快速排序。输出结果为数组从小到大排序的结果。可以实现多处理器共同对一组数的排序。-In linux environment, using mpi parallel, C language, to achieve quick sort the array. The output is an array of small to large results. Can achieve more together on a number of gro
lsmlib-0.9.0.tar
- 基于C++的levelset计算源代码，拥有mpi高效并行技术，可用于科研到工程问题的实际计算。-Levelset based on the C++ source code is evaluated with efficient parallel mpi technology for research into the actual calculation of engineering problems.
meep-1.2.1.tar
- meep是MIT开发的时域有限差分软件，能精确计算电磁波在各种介质中的传播。-Meep (or MEEP) is a free finite-difference time-domain (FDTD) simulation software package developed at MIT to model electromagnetic systems, along with our MPB eigenmode package. Its features include: Mee
PrimeNumbers
- Prime numbers checking with C++ and MPI
REEF3D_15.04
- REEF3D is an open-source computational fluid dynamics program. With a strong focus on hydraulic, coastal, offshore and environmental engineering, as well as Marine CFD, the use of the level-set method enables it to calculate complex free surface flow
pso-mpi
- 标准PSO的c++实现，可以单线程运行，也可以通过MPI实现并行化，同时实现了粒子间的拓扑结构。(Standard PSO c++ implementation, you can run a single thread, you can also achieve parallelization through MPI, while achieving the topology between particles)