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cpphs
- Haskell，纯正的函数式程序设计语言。特别是利用很简单的叙述就可以完成[链表]、[矩阵]等数据结构。压缩包里有10几个例程 -Haskell, single-function programming language. In particular the use of very simple descr iption can be completed [List], [Matrix] data structure. 10 compression bag several routines
lsq
- The module LSQ is for unconstrained linear least-squares fitting. It is based upon Applied Statistics algorithm AS 274 (see comments at the start of the module). A planar-rotation algorithm is used to update the QR- factorization. This makes it
global_mini
- 寻找函数的全局极小值，global minimization of contrast function with random restarts the data are assumed whitened (i.e. with identity covariance matrix). The output is such that Wopt*x are the independent sources.-Find function of the minimum value of the overa
TMatrixS
- 支持泛型数据类型的矩阵运算，包含了所有基本的矩阵运算，求逆、转置、点乘、点除等-support Generic types of data matrix containing all the basic matrix calculation, the inversion switch home, point by point, and so on except
c++_class_matrix
- 完整的矩阵类，实现的功能如下： 方阵、拷贝构造、初始化,分配矩阵数据的内存,并全部置0、将方阵初始化为方阵、设置矩阵个元素的值、得到知道元素的值、获取矩阵的列数、获取矩阵的行数、获取矩阵的数据、获取指定行的向量、获取指定列的向量、重载运算符 = 、重载运算符 ==、重载运算符 !=、重载运算符 +、重载运算符 - 重载运算符 数乘*、重载运算符 矩阵相乘* 矩阵转置。-integrity of the matrix type, function as follows : Lineup
EnsembleKalman_filter
- 集合卡尔曼滤波(EnKF) 数据同化方法可以避免了EKF 中协方差演变方程预报过程中出现的计算不准确和关于协方差矩阵的大量数据的存储问题,最主要的是可以有效的控制估计误差方差的增长,改善预报的效果。-Ensemble Kalman Filter (EnKF) data assimilation methods can be avoided in the EKF covariance forecasting the evolution equation arising in the course
Matrix
- 用Visual C++开发的矩阵计算程序，是大学数据结构课程矩阵算法的实现，效率很高-Using Visual C++ development matrix calculation procedures, the University Curriculum Matrix data structure algorithm, efficient
Matlabcodes-RobustPCA
- Matlab codes for Robust PCA multivariate control chart-Robust PCA multivariate control chart mainly consists two steps: Step1 Calculates the robust mean and the robust covariance of original dataset using the minimum covariance determinant (M
CDataParse
- 分析光谱数据，利用穆勒矩阵计算光路的偏振相关损耗以及中心波长点及其它相关光学参数！-Analysis of spectral data, calculated using Mueller matrix optical polarization dependent loss and central wavelength points and other related optical parameters!
Matrix
- 一个使用模板写的矩阵，是使用的模板类实现的矩阵，因为是模板，所以可以容纳任何数据类型-A use templates write matrix, is using the template class implements matrix, because is the template, so can accommodate any data types
EOF
- 此程序用EOF方法分解原始数据矩阵，并可选择提出奇异点。-The program by EOF method decomposition raw data matrix, and can choose to put forward singularity.
matrix
- c++数学应用的矩阵类， buffer 为矩阵数据缓存器类， matrix 为矩阵类。-c++ Matrix class of mathematical applications , buffer cache for the data matrix class matrix for the matrix class
Admittance-matrix-inversion
- 程序使用高斯消去法实现导纳矩阵形成阻抗矩阵（即求逆）运算。采用带行辅助向量的三元组表来存储由给定文件中各支路参数形成的节点及导纳数据，其中三元组中导纳类型为复数类。可以通过查找函数结合辅助向量实现对指定行列的元素的查找和输出。-The program uses the Gaussian elimination method to achieve admittance matrix to form the impedance matrix (inverse) operator. With adju
Matrix-invert
- C++编写的矩阵求逆，从外部文件读入数据，计算完毕写入文件。-Matrix invert Programed by C++, read from an external file into the data to calculate the finished write to a file .
matrix
- 生成稀疏矩阵数据,一行一个数据，每行三个数据：行，列，值（=1）-generate sparse matrixs data,each line contains three data as row,column and value(=1) means a cell of a matrix
INVERSE--MATRIX
- Inverse Matrix writed on Fortran 90, with testing data
q1
- matlab code for knn with data matrix
Matrix-Operations
- 1) 能够实现矩阵加、减、乘、逆等基本运算。 2) 初始矩阵的数据可以手工输入，也可从文件读取，运算结果可以保存到文件中。 -1) to achieve matrix addition, subtraction, multiplication, inverse and other basic operations. 2) The initial matrix data can be entered manually, can also be read a file,
Matrix
- 用C++实现矩阵的各种运算，包括：求逆运算，判断矩阵是否为空，获取矩阵的行向量，矩阵数据的输入输出，实现矩阵的嘉减乘法-In c++ implementation matrix of various operations, including: inversion, to determine whether a matrix is empty, matrix row vector, matrix of data input and output, the realization of matri
matrix
- 功能简介：该程序定义了一个向量类，里面的元素是模版形式，定义了有关向量类的各种属性、方法及运算符重载函数。 设计要求： 1.利用已知的向量类对象定义一个矩阵类，矩阵类的数组是向量子对象，同样定义矩阵类的各种属性、方法及运算符重载函数。 2.完善成员函数，使矩阵可以由文件输入是体的输入格式自己规定 3.完成矩阵的赋值，转置，乘法等运算，要求用整形矩阵和浮点型矩阵分别演算 更改MAIN函数结构，可以由用户选择输入矩阵数据的方式和可以连续运行，直到选择退出为止 -Feature