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chapter1-2
- 这是我学习《MATLAB程序设计与应用》刘卫国、陈昭平 一书时第一章和第二章的课后习题 目录 exponential_e.m exsub.m fheritage.m initialise.m matrix.m matrix2.m matrixm.m matrix_c.m matrix_mul.m mult.m mywork1201.dll mywork1201.m normcdf_.m p41_4.m p41_5.asv
ABQ
- 计算机图论基础，求解关联矩阵A B Q 是《网络理论》课程作业-computer graph theory basis for correlation matrix A B Q "network theory" courses operation
xianxingfangcheng
- 编程序，按如下要求来求解n元一次线性方程组（假设方程组具有唯一解）。 （1）方程个数n之值由用户通过键盘输入； （2）方程组存放在“增广矩阵”A之中，而n行n+1列的A存储空间通过new来动态分配，且A的各元素值也由用户通过键盘输入； （3）方程组的解存放于“向量”B之中，而具有n个元素的B存储空间也通过new来动态分配。 -programmed by the following demands to solve an n-linear equation (equatio
matlab_bgl-2.0
- The MatlabBGL library fills a hole in Matlab s suite of algorithms. Namely, it provides a rich set of algorithms to work with graphs, as in graph theory graphs. The MatlabBGL package uses Matlab s native sparse matrix type as a graph and provides alg
CMatrixClass
- 1.内存管理一律根据实际需要的大小在堆中动态分配内存。 2.边界检查。如果数组下标超越了数组大小界限，会给出警告信息，可以防止非法内存访问以及方便程序的调试。 3.重载了+,-,*,+=,-=,数乘等常见运算符； 4.可以保存数组为二进制数据文件和文本文件两种形式，也可以从二进制数据文件和文本文件读取数据到数组。 5.实现了和矩阵相关的线性代数方程组求解算法。一是高斯选主元消去法二是针对三对角矩阵的追赶法。 6.静态函数Bspline3()：3次
yuanma
- 1.大型稀疏线性方程组的求解 A*X=b 。 2. 一维数组冒泡法排序算法 4.矩阵求逆 5. 改进的牛顿算法——弦割法 -1. Large sparse linear equations, the solution X = A * b. 2. One-dimensional array Bubble Act Sorting Algorithm 4. 5 matrix inversion. Improved Newton's algorithm -- S
fasttrans
- 键盘任意输入一个稀疏矩阵A(m*n)，采用三元组存储方法求其转置矩阵B（n*m），并用快速转置算法实现该操作。-keyboard indiscriminate importation of a sparse matrix A (n * m), using triple storage switch for its own matrix B (n * m), and fast algorithm home to the operation.
matlabmatrix
- 1) Write a function reverse(A) which takes a matrix A of arbitrary dimensions as input and returns a matrix B consisting of the columns of A in reverse order. Thus for example, if A = 1 2 3 then B = 3 2 1 4 5 6 6 5 4 7 8 9 9 8 7 Writ
求逆阵
- 202用列主元消取法解线性方程 ***********★*******★********★************ 一．功能 当线性方程组有唯一解时求其解 。 二．算法简介消元过程，设方程组为 Ax=b (1)公式（1）有增广矩阵 a11 a12….a1n b1 a21 a22…a2n b2 (A,B)= ………………. an1 an2…ann bn-out with the main 202 yuan Consumers copying solution of linear equations
矩阵加减乘(M)
- 一个比较简单的算法程序。输入一些数，计算后按照矩阵的形式输出。设了三个数组a[]，b[]，c[]。分别实现c[]=a[]+b[]，c[]=a[]-b[]，c[]=a[]*b[]。-a relatively simple procedure of the algorithm. The importation of some few, calculated in accordance with the matrix in the form of output. Established three a
数据结构的C++描述
- 目 录 译者序 前言 第一部分 预备知识 第1章 C++程序设计 1 1.1 引言 1 1.2 函数与参数 2 1.2.1 传值参数 2 1.2.2 模板函数 3 1.2.3 引用参数 3 1.2.4 常量引用参数 4 1.2.5 返回值 4 1.2.6 递归函数 5 1.3 动态存储分配
咖吗滤波matlab
- function [h,s,v] = rgb2hsv(r,g,b) %RGB2HSV Convert red-green-blue colors to hue-saturation-value. % H = RGB2HSV(M) converts an RGB color map to an HSV color map. % Each map is a matrix with any number of rows, exactly three
TVL1_HCS_v1
- % May 2010 % This matlab code implements TVL1 based Hybrid Compressive Sensing using LSQR. % Only suitable the small scale data due to the costly storage and computation. % % A - M x N measurement matrix: random sampling alone or hybrid sampling (ran
LS-TLS
- LS和TLS算法原理及其Matlab仿真,未知的参数向量 常可以建模成矩阵方程 ，A和b分别是与观测数据有关的系数矩阵的向量。通过使误差的平方和最小来确定参数估计向量 。所求得的估计成为最小二乘估计 -LS and TLS Algorithm and its Matlab simulation, the unknown constant parameter vector into a matrix equation can be modeled, A and b are coefficien
conjugategradientmethod.rar
- 给出了线性方程组矩阵Ax=b在并行预处理共轭梯度法求解过程，绝对有用哟,Gives the matrix of linear equations Ax = b in parallel preconditioning conjugate gradient method for solving process, is absolutely useful to yo
lsqr_b
- 此算法为用于解反问题的lsqr算法，对Ax=b，输入矩阵A，列向量b，以及迭代步数，求得列向量x-This algorithm is used for solution of the inverse problem lsqr algorithm, Ax = b, the input matrix A, the column vector b, as well as the number of iterative steps, to seek the column vector x
Matrixmul
- 求m*n阶实矩阵A与n*k阶实矩阵的乘积矩阵C=A*B-Demand m* n order real matrix A n* k order real matrix product matrix C = A* B
shijuzhenchengfa
- 用于计算两矩阵相乘，在程序运行时输入矩阵A，B的行列数-Used to calculate the two matrices in the program to run when the input matrix A, B the ranks of a few
123
- 高斯列主元素消去法求解矩阵方程AX=B,其中A是N*N的矩阵,B是N*M矩阵 -Out the main elements in Gaussian elimination method for solving the matrix equation AX = B, in which A is N* N matrix, B is N* M matrix
gauss
- 数值分析高斯——列主元消去法主程序 说明如下： ％ a----input,matrix of coefficient ％ b----input,right vector ％ sol----output,returns the solution of linear equation-Gauss numerical analysis- out PCA elimination main program as follows: a---- input, matrix of coeffi