codgray

去噪源码。提供了中值滤波及均值滤波的MATLAB源代码，里面有图片，可以直接运行！(Denoising source. Median filter and provides a mean filter of MATLAB source code, which has pictures, can run!)

本软件主要用于结构的时域试验模态分析，包括单输入单输出，单输入多输出和多输入多输出程序设计。传统的模态分析软件大多是基于频域分析方法，需首先对采样信号进行Fourier 变换。本软件使用实测时域信号，无需Fourier变换，可以避免由于信号截断而引起泄露、出现旁瓣、分辨率低等问题对辨识精度的不利影响。此外，节省了计算机运算时间，可以对实际工况状态下的结构进行在线参数识别。(This software is mainly used for the structure of time-domain experimental modal analysis, including single-input single-output, single-input multiple-output and multiple-input multiple-output programming. Traditional modal analysis software are mostly based on frequency domain analysis, needed first sampled signal Fourier transform. The software uses the measured time-domain signal without the need for Fourier transform, avoid truncated because of the signal caused by leaks, there sidelobes and low resolution of the issue of adverse effects on the identification accuracy. In addition, the savings in computing time, to the actual condition of the structure of the state-line parameter identification.)

演示zeinike多项式拟合的源程序，开发环境为matlabR2006b(Polynomial fitting zeinike demo source, development environment for matlabR2006b)

Multiple Coherehence simulate using matlab

说明：  给出了利用OFDM实现UWB的源代码及实例。包括从信源、信道、接收等，是一个完整的系统，接口方便，容易学习使用。(given by using OFDM UWB achieve the source code and examples. Letter from the source, channel, the receiver, is a complete system interface easy to learn to use.)

说明：  讲诉的是使用蚁群算法解决TSP问题。跟通常的TSP方法有所不同，效率也更高些。(V. stresses that the use of ant colony algorithm to solve TSP problem. TSP with the usual methods are different, more efficient manner.)

说明：  MATLAB及其在理工课程中的应用指南,西安电子科技大学出版社出版 陈怀琛编著(MATLAB courses in the sciences and the application of guidelines, Xi'an University of Electronic Science and Technology Publishing House Huai-compilation)

二维绘图—MATLAB(有关matlab绘图的各种基本知识，实用)(2 d graphics- MATLAB)

说明：  <先进pid控制matlab仿真>,这本书中的所有源代码.(<Advanced pid control matlab simulation>, this book all the source code.)

说明：  三维坐标系下的比例导引拦截目标，目标为正弦函数波动。(Interception Target by Proportional Guidance in Three-Dimensional Coordinate System)