资源列表
matrixAssign
- 最简单的CUDA实现的矩阵乘法,带状划分,没有进行优化的!-CUDA matrix multiplication easiest to achieve, striping, not optimized for!
quicksort
- 使用MPI编程实现快速排序的并行化 (1) 并行算法的设计 设计快速排序的并行化算法,说明并行化的算法的设计思想。 (2) MPI编程 使用MPI编程实现快速排序的并行化。 (3) 对运行结果的对比和分析。 -Quick Sort programming using MPI parallelization (1) parallel algorithm design parallel algorithm design quick sort, indicating paral
eemd
- 有关经验模态快速分解的重要程序,来源于国立中央大学的研究中心-About important procedures empirical mode decomposition quickly, from the Research Center, National Central University
chaosongchi
- 一种迭代方法 通过此方法进行数学迭代计算应用-An iterative method applied mathematics iterative calculation by this method
omp
- openMP实现1000的方阵做20次幂运算-openMP achieve 20 times 1000 square exponentiation
pthread
- pthread实现1000方阵的20次幂运算-pthread achieve 20 times 1000 square exponentiation
SEISMIC_CPML_1.2.tar
- 正演程序,使用CPML边界条件,使用MPI+OpenMP并行模式-seismic forward with cpml using MPI and openMP
CompQsortToMsort
- 分治算法与快速排序时间比较,根据运行时间比较其算法的优越性。-compare quicksort to mergesort
DataGeneration
- hadoop下mapreduce程序,实现对搜索日志文件中关键词的统计,通过并行运算得到结果-Under hadoop mapreduce program to realize the log file keyword search statistics, the results obtained by means of parallel computing
MatrixFullRank
- CPU和GPU上的利用CUDA实现矩阵的LU、QR和全秩分解、以及一些矩阵变换和运算程序。-On the CPU and GPU matrix by using CUDA, LU, QR, and full rank decomposition, as well as some matrix transformation and operation procedures.
GA_knapsack
- 使用遗传算法解决0-1背包问题,算法效率好-The use of genetic algorithm to solve 0-1 knapsack problem, a good algorithm efficiency
pthread
- 一个采用pthread求π的c语言程序,为初学者学习使用-One using pthread seeking π c language program for beginners to learn to use