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稀疏矩阵计算器
- 用三元组表示稀疏矩阵,可以转置 加法，减法，乘法，求逆。- With three Yuan groups expressed the sparse matrix, may transpose the addition, the subtraction, the multiplication, asks to go against.
矩阵运算的程序
- 本程序能完成矩阵的输入，输出。方阵的乘法，方阵的求逆，矩阵的求专置等的运算。-this procedure can be completed matrix of input and output. The matrix multiplication, the matrix inversion and matrix specifically for the home, such as arithmetic.
2005102611013310480
- 最佳矩阵连乘 给定n个矩阵｛A1,A2,…An｝，其中Ai与A i+1是可乘的，i=1，2…，n-1。考察这n个矩阵的连乘积A1A2…An。矩阵A和B可乘的条件是矩阵A的列数等于矩阵B的行数。若A是一个p×q矩阵，B是一个q×r矩阵，则其乘积C=AB是一个p×r矩阵,需要pqr次数乘。 由于矩阵乘法满足结合律，故计算矩阵的连乘积可以有许多不同的计算次序。例如，设3个矩阵{A1,A2,A3}的维数分别为10×100，100×5，和5×50。若按加括号方式((A1A2)A3)计算，3个矩阵连乘积
id5
- 介绍动态规划方法在解决背包问题、图象压缩、矩阵乘法链、最短路径、无交叉子集和元件折叠等方面的应用。-on dynamic programming methods in solving knapsack problem, image compression, the matrix multiplication chains, the shortest path, non-overlapping subsets of folding and components such applications.
矩阵的乘法
- 结算矩阵,可以结算任意的矩阵相乘和相加,并且科易设定维数-settlement matrix, clearing arbitrary matrix multiplication and together, and easy to set Section Dimension
matmult
- 并行矩阵乘法。用于mpi和openMP混合并行求解矩阵乘法问题。适用于分布共享存储cluster环境。无解压密码。-parallel matrix multiplication. OpenMP for mixed MPI and parallel matrix multiplication to solve the problem. Distribution applicable to the shared storage cluster environment. Without extract
multiplyofarrys
- 这是一个矩阵乘法 程序，按要求输入矩阵后可实现矩阵间的叉乘、点乘-This is a matrix multiplication multiplication procedure, as required input matrix matrix would be achieved by the fork, take points
maoren
- 矩阵乘法动态规划 矩阵乘法动态规划-matrix multiplication dynamic programming matri x multiplication Dynamic Programming
vj
- 矩阵乘法的计算程序-matrix multiplication calculation procedures
Matrix-Scalar_Multiply
- 开发环境为visual dsp++3.0的复数矩阵乘法模块-visual development environment for DSP 3.0 plural matrix multiplication modules
第一次实验程序
- 矩阵乘法的不同循环方式的算法实现，比较了各种算法所用时间的长短(Matrix multiplication of different cycle mode algorithm, compared to the length of time used in various algorithms)
mult88
- 两个8*8矩阵相乘，每个矩阵内部元素相同，简化运算；modelsim编译仿真，ise或vivado下载，实现FPGA显示。(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.)
matrix.java
- 矩阵乘法计算量估算：输入多行，先输入要计算乘法的矩阵个数n，每个矩阵的行数，列数，总共2n的数，最后输入要计算的法则，输出需要进行的乘法次数(Matrix multiplication estimation: multi line input, input matrix to calculate the number of N matrix multiplication, each row number, column number, the total number of 2n, the la
juzhen
- 内容为C语言实现的矩阵求逆子函数，矩阵乘法子函数，加法，减法子函数，矩阵转置子函数(Including a.C file content for the C language matrix for inverse function)
矩阵运算程序
- 程序包含矩阵加减、转置和乘法的功能，用于学习动态内存分配、结构体、二级指针、文件I/O.(The program contains the function of matrix addition, subtraction, and multiplication, which is used to learn dynamic memory allocation, structure, two level pointer, file I/O)
矩阵
- 矩阵的基本计算，包括从文件中读取矩阵，加法减法乘法和转置(Basic calculation of matrix)
用最小二乘法解一个或多个非线性方程。
- LMFNLSQ2求解一个或多个超定的非线性方程 在最小二乘意义上，打印雅可比矩阵和经过的时间(LMFNLSQ2 Solve one or more of (over)determined nonlinear equations % in the least squares sense, prints Jacobian matrix and elapsed time)
最小二乘法估计仿射矩阵
- 目前MATLAB里边对于多点计算仿射矩阵普遍采用RANSAC法，但是比较麻烦计算量也相对较大，通过最小二乘法来进行仿射矩阵的估计能够大大提高该效率，所以奉上自己在实验室写的仿射矩阵估计函数，来弥补matlab函数库在这方面的不足。(The MATLAB inside for calculating affine matrix commonly used RANSAC method, but more trouble calculation is relatively large, estimat
矩阵向量
- 带状划分的矩阵向量乘法。数据文件是40*40的算例。(The file is prepared for solving A*b, in the Date there is an example for A which is a 40*40 matrix)
矩阵库
- 实现任意矩阵的加法，减法，乘法，除法，逆运算，转置(Implement any matrix addition, subtraction, multiplication, division, inverse, transpose.)