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说明：  关于matlab7的介绍与初步使用,适合新用户上手,阅读需下载ssread阅读器(About matlab7 introduction and initial use for new users get started, read the reader need to download ssread)

产生混沌信号并对其进行中心化，计算混沌信号自相关函数(Chaotic signal and to generate centralized its calculated autocorrelation function of chaotic signal)

基于matlab的IIR滤波器设计，使用的话需要自己改参数(IIR filter design based on matlab, using if necessary to change the parameters)

ASK, FSK, PSK matlab code for modulation

说明：  详细的介绍了音频模糊聚类的算法，非常的容易搞懂(Detail audio fuzzy clustering algorithm, the easier they get to know very much)

使用vc++编写实现的简单的kalman滤波器,仿真作业(Use vc++ Realize the preparation of simple kalman filter, simulation operation)

信道仿真程序，各种信道估计算法 cbea.m rec_complex.m automc.m real_noise.m arma_fse.m rcosine.m qam.m addnoise.m calc_fse_SER.m PAM.m MMSE_fse.m ray2.m ray3.m (Channel simulation cbea.m rec_complex.m automc.m real_noise.m arma_fse.m rcosine.m qam.m addnoise.m calc_fse_SER.m PAM.m MMSE_fse.m ray2.m ray3.m )

A filter is a system which modifies some special frequencies reletive to the others. As a result it is applicable in some applications when it is necessary to have different gains & phase shifts at different frequencies to perform specific filtering tasks. For example in an audio file which is corrupted by noise it is convinient to use a filter to cancel those frequencies which are affected by noise and consequently having a better sound quality. During this MATLAB experiment we are trying to cancel the noise frequencies out of the original signal frequencies to get the original signal. Due to do this task, different types of filters such as FIR and IIR filters are used. In FIR filters, we use two type of common windows such as fixed window like Hanning and adjustable window like Kaiser. In IIR filters four different types of filter such as Butterworth, Chebyshev I, Chebyshev II, Elliptic are used.

ARIMA与RBF复合模型在设备运行状态趋势预测中的应用(ARIMA and RBF complex model equipment running trend prediction)

说明：  AR.m的matlab源程序，用于预测模型使用，别人给的！(AR.m matlab source code for the prediction model using someone else' s!)