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矩阵相乘(三元组) 数组的应用,数据结构中的-Matrix multiplication (triples)
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矩阵类。能够实现矩阵的各种数学操作,如矩阵相乘,相加,求逆,转置等等!-Matrix class. Matrix can achieve a variety of mathematical operations, such as matrix multiplication, adding the inverse transpose!
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用MPI编写的实现并行的矩阵相乘的程序,在VC6.0下通过运行-To achieve a parallel matrix multiplication
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visual studio编写的C++程序,程序利用四种不同方法计算矩阵乘法- visual studio written C++ program, the program using four different methods to calculate the matrix multiplication
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定义一个二维方阵类matrix。通过重载二元运算符"+"、"-"、"*"和一元运算符"~",来实现矩阵加、矩阵减、矩阵乘以及矩阵转置-Define a two-dimensional square class matrix. By overloaded binary operator+ " ," - " ," * " and unary operator" ~ " to achieve matrix plus matrix reducti
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矩阵相乘并行计算程序 C——C++边写 已实现-Matrix multiplication parallel program
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一个矩阵类,包括了矩阵的加减法乘法运算,输入输出等成员函数,适合初学者理解面向对象-A matrix of categories, including the addition and subtraction of the matrix multiplication, input and output member function, suitable for beginners to understand object-oriented
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Matrix multiplication using Strassen.
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矩阵相乘并行算法MPI源程序
并行思想加快速度-MPI parallel matrix multiplication algorithm source code parallel thinking speed
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implementation of strassen matrix in C++.
strassen algorithm is faster than standard matrix multiplication algorithm
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编写程序,可以实现m*n矩阵和n*p矩阵相乘。m,n,p均小于10,矩阵元素为整数。-Program, can realize m matrix and n* n* p matrix multiplication. Are less than 10 m, n, p, matrix elements of the integer.
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很实用的C#矩阵运算类,其包括基本的矩阵加减,矩阵乘法,转置 ,求逆等运算-Very useful matrix operations C# class that includes basic addition and subtraction of matrices, matrix multiplication, transpose, inverse operation, etc.
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实现有限域矩阵乘法运算,矩阵的维数可自行定义。-Limited domain matrix multiplication, the dimensions of the matrix can define itself.
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在Linux下分别用Ptread线程和一般的方法编矩阵乘法,比较两者的差异。-we use Pthread and the general method to implement the matrix multiplication,and compare the difference between the two methods.
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给定n个矩阵{nAAA ,2,1},其中iA和1 iA是可乘的,i=1,2,…,n-1。考察这n个矩阵的连乘积nAAA ,2,1。由于矩阵乘法具有结合律,故计算矩阵的连乘积可以有许多不同的计算次序。这种计算次序可以用加括号的方式来确定。-Given n matrices {nAAA , 2,1}, and 1 iA iA which is multiplicative, i = 1,2, ..., n-1. Examin
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通过vc++ 6.0编写的计算矩阵连乘的运算的代码-Through the calculation of the matrix with vc++ 6 prepared by the operation code
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矩阵类模板Matrix<Type>是专门为线性代数中矩阵而设计的一个模板类,具体的函数声明与定义可以参见“matrix.h。见测试文件 matrix_test.cpp,功能如下:
Matrix<Type> m 创建一个空矩阵
Matrix<Type> m2(m1) 创建矩阵 m2的拷贝 m1
Matrix<Type> m(r,c,x) 创建常数矩阵
Matrix<Type> m(r,c,a) 通过数组创建矩阵
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opencl 并行矩阵相乘计算,可以选择AMD与 NVIDIA的GPU进行计算,并且具有计算串行与并行的时间比-opencl parallel matrix multiplication calculations, you can choose AMD and NVIDIA gpu
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基于OpenMP的大型矩阵相乘的算法源码-Based on OpenMP for large matrix multiplication algorithm source code
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简单的矩阵乘法运算。求两个N*N大小的方阵相乘的结果。带稀疏处理-Simple matrix multiplication. The result of multiplying the sum of two squares N* N size. Deal with sparse
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