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介绍基于MATLAB环境中遗传算法工具箱及应用，包括常用函数、工具箱、实例等资料(Describes an environment based on MATLAB genetic algorithm toolbox and applications, including commonly used functions, the toolbox, examples, etc.)

说明：  自适应滤波器的程序 用于数字信号处理,供使用(Adaptive filter for digital signal processing procedures for the use of)

说明：  一个MATLAB和BP算法的程序,对神经网络学习有帮助(matlab and bp)

数字信号处理中的适应信号处理算法。有两个文件，分别为LMS和RLS算法，在每个文件里有详细的注释(Digital signal processing, adaptive signal processing algorithms. There are two documents, namely LMS and RLS algorithm in each file with detailed comments)

直流电动机的所有相关例程的MATLAB/simulink仿真实例，对大家学习直流电动机有很大的帮助。(Dc motor all related routines of MATLAB/simulink simulation examples, is of great help for everybody to learn dc motor. )

模糊数学matlab源程序，模糊数学MATLAB工具箱，数学建模工具，运用MATLAB解决数学建模之中的模糊数学分析等问题。(MATLAB fuzzy toolbox, mathematical modeling tools, the use of MATLAB to solve mathematical modeling of the fuzzy mathematical analysis and so on.)

采用多尺度引导滤波的自适应retienx算法，实现不同光照条件下的图像增强(Adaptive retienx algorithm using multiscale guided filtering to achieve image enhancement under different illumination conditions)

本程序是关于无线信道建模的模型，适用于数学建模的程序。(This program is about the model of wireless channel modeling, suitable for mathematical modeling procedure.)

说明：  基于高阶累积量特征参数的的通信信号的调制模式自动识别matlab程序(Modulation Recognition of Communication Signals Based on Higher Order Cumulants)

说明：  螺旋桨PID控制 In response to constant pressure to design more efficient, faster, smaller, and better systems, engineers are constantly looking for ways to improve existing designs or replace them with better ones. Facing large fuel costs, the aerospace industry in particular has been researching alternative designs to increase fuel efficiency and performance. One such alternative is the development of reconfigurable aircraft wings. These wings would be able to adapt to the current environment increasing lift or reducing drag when appropriate. (PID control of the propeller In response to constant pressure to design more efficient, faster, smaller, and better systems, engineers are constantly looking for ways to improve existing designs or replace them with better ones. Facing large fuel costs, the aerospace industry in particular has been researching alternative designs to increase fuel efficiency and performance. One such alternative is the development of reconfigurable aircraft wings. These wings would be able to adapt to the current environment increasing lift or reducing drag when appropriate.)