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vecpicw
- 这是一款用Java打造的矢量绘图软件： 实现了一个矢量绘图软件的基本功能。从设计角度来看，面向对象特性的应用是比较充分的。特别是他所设计的多边形和曲线的输入方式，是整个软件的亮点。对图形对象实现了串行化（保存到文件中）和并行化（从文件中再读出）功能。另外，整个界面设计得简洁大方。-using Java to create vector graphics software : implementation of a vector drawing software's basic fun
parallel-matrixvector
- 并行计算之矩阵向量乘的并行实现，附带数据mpi-parallel compute- multy of matrix and vector
VectorAdd
- 矢量与矢量，矢量与矩阵，矩阵与矩阵的相加，用cuda的并行算法实现。-Vector and Vector, vector and matrix, Matrix and added together, the parallel algorithm using cuda.
smosvm
- 一个向量机（svm）的 序列最小优化算法源码,该算法可用来开发svm的并行算法！-A vector machine (svm) the sequential minimal optimization algorithm source code, the algorithm can be used to develop parallel algorithms svm!
MPI
- 采用MPI接口函数编写一个计算矩阵向量相乘的并行程序-Using MPI interface functions compute the matrix vector multiplication to write a parallel program
MPI.tar
- MPI并行计算的一些实例，包括向量矩阵计算，广播等并行算法～-MPI parallel computing of some examples, including the vector-matrix calculation, broadcast, parallel algorithm ~
main
- 使用MPI并行计算技术，实现矩阵与向量相乘的算法代码-MPI parallel computing technology, the matrix vector multiplication algorithm code
chapter2
- 并行计算机及并行计算的性能评价 并行计算相关的基本概念 加速比定律 -Parallel Vector Processors PVP
matrixAdd2
- 使用CUDA C 语言，完成向量加及向量乘的并行算法实现。-Using CUDA C language, the completion of vector addition and vector multiplication parallel algorithm.
VectCPU_1s40_0_81_nov0208
- 国外博士写向量处理机，是和NIOS处理器一起开发的，对这个的研究比较透彻，希望对大家有用-Most previous research into vector architectures has concentrated on supercomputing applications and small enhancements to existing vector supercomputer implementations. This thesis expands the body of
svm-grid_openmp
- 支持向量机SVM gridr.py 核函数自动寻优 多核并行程序 wen7 32位系统-Support Vector Machine SVM gridr.py kernel function automatically optimizing multicore parallel programming wen7 32-bit systems
mpi_mat_vect_time.c
- MPI并行程序，矩阵乘以向量，输入自定义向量的纬度，然后自动生成一个随机矩阵和随机向量，计算并输出结果以及时间信息，用于计算加速和效率-MPI parallel program matrix by a vector, the input vector custom latitude and automatically generates a random vector and a random matrix, and outputs the calculation result and the
OpenMp
- 并行计算，使用OpenMp计算π值，两种方式；矩阵向量乘法；矩阵乘法-Parallel computing, using OpenMp calculated π values in two ways matrix-vector multiplication matrix multiplication
mpi-matrix_multiple
- c代码，实现矩阵向量相乘的mpi并行计算，适合初学者-c code, matrix-vector multiplication mpi parallel computing for beginners
openmp_mpi_combine
- mpi和openmp混合编程，实现矩阵向量相乘的并行计算，主要是并行开启和终止的示例，适合初学者-mpi and openmp mixed programming, parallel computing matrix-vector multiplication, is an example of a parallel main opening and termination for beginners
VectMultVect
- TMS320C6678 复向量相乘源代码，TMS320C6678是TI公司推出的一款8核DSP，具有强大的并行处理能力，复向量点乘使用汇编语言编写，顶层使用C语言调用，书写简单，方便调用-TMS320C6678 complex vector multiplication source code, TMS320C6678 is TI has introduced an 8-core DSP, a powerful parallel processing capabilities, complex
bxMatVect
- 大数量级矩阵乘向量的并行算法设计,c++代码-Large magnitude vector matrix multiplication parallel algorithm design, c++ code
MPI-and-OpenMP-parallel-programming
- 《MPI与OpenMP并行程序设计(C语言版)》是美国Oregon州立大学的Michael J.Quinn教授在多年讲授“并行程序设计”课程的基础上编写而成的，主要介绍用C语言，并结合使用MPI和OpenMP进行并行程序设计，内容包括并行体系结构、并行算法设计、消息传递编程、Eratosthenes 筛法、Floyd 算法、性能分析、矩阵向量乘法、文档分类、蒙特卡洛法、矩阵乘法、线性方程组求解、有限差分方法、排序、快速傅立叶变换、组合搜索、共享存储编程、融合OpenMP和MPI以及5个附录。-&
dot
- CUDA并行计算向量点积，是GPU高性能计算的代码-CUDA parallel computing vector dot product, is the code GPU High Performance Computing
add_loop_long_blocks
- CUDA并行计算向量加法，是GPU高性能计算的代码-CUDA parallel computing vector addition, the code GPU High Performance Computing