小波和小波包降噪

肌电信号 第一个周期内的一块肌肉的一个步态的肌电信号(emg qqqqqqqqaaaaaaaaasfasfafaf)

灰度变换法实现彩色处理，《计算机图像处理与识别技术》源地面 (color transform)

past when the sample data was collected, the future predictions can also be expected to be right. Application of machine learning methods to large databases is called data mining. The analogy is that a large volume of earth and raw material is extracted from a mine, which when processed leads to a small amount of very precious material similarly in data mining, a large volume of data is processed to construct a simple model with valuable use, for example

说明：  GA算法代码 function pop=initpop(popsize,chromlength) pop=round(rand(popsize,chromlength)) rand 随机产生每个单元为 {0,1} 行数为 popsize，列数为 chromlength 的矩阵， roud 对矩阵的每个单元进行圆整。这样产生的初始种群。 2.2 计算目标函数值 2.2.1 将二进制数转化为十进制数(1) 遗传算法子程序 Name: decodebinary.m 产生 [2^n 2^(n-1) ... 1] 的行向量，然后求和，将二进制转化为十进制(GA algorithm code function pop=initpop(popsize,chromlength) pop=round(rand(popsize,chromlength)) rand 随机产生每个单元为 {0,1} 行数为 popsize，列数为 chromlength 的矩阵， roud 对矩阵的每个单元进行圆整。这样产生的初始种群。 2.2 计算目标函数值 2.2.1 将二进制数转化为十进制数(1) 遗传算法子程序 Name: decodebinary.m 产生 [2^n 2^(n-1) ... 1] 的行向量，然后求和，将二进制转化为十进制)

《高等光学仿真》MATLAB源程序 的书籍的源代码，里面有很多例子("Higher optical simulation" MATLAB source book source code, there are many examples)

可以实现MATLAB环境中基本界面的制作，在该界面中求得矩形的面积，通过修改其长宽的相应值也可以得到不同的面积，最重要的是有默认选项来恢复到初始的设置值(MATLAB environment can be achieved in the production of the basic interface, and seek a rectangular area in the interface by modifying the length and width of the corresponding values can also get different area, the most important thing is the default option)

DMP基于动态运动基元的轨迹学习与规划，可以手动绘制轨迹，也可以载入原始数据(DMP trajectory learning and planning based on dynamic motion primitives)

一个货物管理系，用的是面向对象的开发方法，里面所有说明齐全，点击startup就可以运行，名为good的文件夹里面是源代码。(A cargo management system, using object-oriented development methodology, which all the notes complete, click the startup will be able to run, to be called good folder is inside the source code.)

turbo码的matlab仿真程序，仅供参考，希望对您有用(turbo codes matlab simulation program for information purposes only, hope useful to you)

有关于QPSK调制解调的matlab仿真程序，具体到每一步的注释(use matlab、QPSK、simulink to make it sucess)