convolution

源码为使用MATLAB求解数独问题，请先下载并学习MATLAB的使用。(Source for the use of MATLAB to solve sudoku problem, please download and study the use of MATLAB.)

Implements an Room Impulse Response for having one source and one speaker at different positions in a meeting room

i am uploade matlab code for perfomance analysis of OFDM systyem using different modulation scheme.it simulatoion result is so interesting to propose the modulation scheme when OFDM system is use in application .

这个是TE过程的源代码程序，通过这个源代码可以实现TE过程(The TE process is the source code program, source code can be achieved through this process of TE)

computing zeros of functions and then combines three of the basic methods into a fast,

MEDICAL IMAGE SEGMENTATION USING EDGE DETECTION TECHNIQUES

在汉明失真测试下，matlab画出二元对称信源的信息率失真函数曲线(Under the Hamming distortion test, matlab draw a binary symmetric source of information rate distortion function curve)

Gradient calculation using first order derivative of Gaussian. by using a 2-D Gaussian kernel, derivatives along x and y directions are calculated

费希尔线性判别分析代码 Find the Fisher linear separator w (a column vector). X is is the training set (X is a matrix. Each row of X is a vector containing the features of a single sample). y is a column vector with the labels of the training set (1 and -1). alg is a number between 1 and 3 that specifies how to find w: alg = 1: w is the generalized eigenvalue of A,B. alg = 2: w is the solution to Bw = (mu_1-mu_2) alg = 3: solve the corresponding regression problem( Find the Fisher linear separator w (a column vector). X is is the training set (X is a matrix. Each row of X is a vector containing the features of a single sample). y is a column vector with the labels of the training set (1 and-1). alg is a number between 1 and 3 that specifies how to find w: alg = 1: w is the generalized eigenvalue of A,B. alg = 2: w is the solution to Bw = (mu_1-mu_2) alg = 3: solve the corresponding regression problem)

相信介绍了模式分类的各种方法，经典著作。(Believe that introduces various methods of pattern classification, classics.)