project22

应用一个较为简单的算法 实现了地图匹配的功能 主要是寻找匹配的点 (Using a relatively simple algorithm, the main function, matched for matching)

一个bayes 算法的face recognisation的matlab code，是我的一个作业(A Bayes algorithm face recognisation the matlab code, is one of my operation)

图像处理中matlab的使用，便于初学者熟悉matlab基本用法，很容易上手；对图像处理的入门有比较好的帮助(The use of image processing in matlab, matlab familiar with the basic usage easy for beginners, very easy to use on image processing have better help entry)

采用N=11的标准线阵，进行DOA估计，要求有两个信号。采用MUSIC算法(Standard linear array with N = 11, DOA estimation, requires two signals. Using the MUSIC algorithm)

MATLAB代码,利用卡尔曼滤波实现加入白色噪声后的语音信号的增强.效果不错.(MATLAB code, the use of Kalman filter to achieve by adding white noise to enhance the voice signals. Good results.)

说明：  matlab 进行hist_stock_data处理源代码(hist_stock_data)

在MATLAB环境下IIR数字滤波器和FIR数字滤波器的设计方法及实现方法，并进行图形用户界面设计，显示所介绍滤波器的特性。(designs of the Infinite Impulse Response digital filter (IIR) and Finite Impulse Response digital filter (FIR) under MATLAB are studied. And the Graphical User Interfaces (GUI) to analysis the characteristics of filter is designed.)

说明：  基于Matlab的MIMO通信系统仿真”，收获良多，特将其记录下来，与诸位分享。此主题分为上下两部分，第一部分主要涉及系统架构，第二部分侧重程序优化。若能帮助读者一二，实属万幸。(Multi-input multi-output (MIMO) communication system based on Matlab simulation ", so, will its record, share with you. This topic is divided into two parts, the first part mainly involves the system architecture, the second part focuses on process optimization. If can help readers just a little, is lucky.)

bpmpd是用fortran77语言编写的一个state-of-the-art求解大规模线性规划程序，使用不可行原-对偶内点法（infeasible primal-dual interior point method）求解(bpmpd is a FORTRAN77 language state-of-the-art for solving large-scale linear programming procedure, the original use is not feasible- dual interior point method (infeasible primal-dual interior point method) for solving)

语音信号线性特征的能量熵特征的计算，这是第一能量熵的源码，希望大家可以借鉴一下(Linear characteristics of speech signal characteristics of the energy calculation of entropy, this is the first energy entropy of the source, I hope we can learn about)