lms

用matlab实现语音识别，通过耳麦说出前后左右来控制及其运动(Speech recognition using matlab to achieve through the headset out and around to control the movement)

对二维信号进行多尺度离散小波分解，程序运行正常，能够显示小波分解后各频率上的效果图(Two-dimensional discrete wavelet multi-scale signal decomposition, the program is running normally, after the wavelet decomposition can show the effect of the frequency graph)

Svm based face detector code

在通信系统中 matlab仿真大全，包括很多通信系统模型，例如扩频通信等等(Matlab simulation of communication systems in the Guinness, including many communication system model, such as spread spectrum communication, etc.)

GNSS系统——GNSS是Global Navigation Satellite System的缩写。很长时间以来，它有两个译名：全球卫星导航系统和全球导航卫星系统。(The GNSS system GNSS Global Navigation Satellite System is the abbreviation of. It is a long time, it has two names: global satellite navigation systems and global navigation satellite system.)

this code convert mat data to segy format. segy format is known to seismic softwares

实现对洛伦茨系统和chen系统的同步控制，并设计了控制器(Implementation of the lorenz system and synchronization control of the Chen system, and designed a controller )

matlab 源码,基于小波变换的语音信息隐藏的实现,对原始语音信息和水印信息都经过三层小波分解处理后,将水印信息的低频信号嵌入原始语音信号的部分高频信号部分实现隐藏.源代码不仅给出隐藏过程,并且给出的在随机噪声,重采样,信息压缩情况下的抗攻击特性.源代码清晰有注释(matlab source code, based on wavelet transform voice messages hidden realize, the original voice information and watermark information after a three-treatment, after wavelet decomposition, the watermark information embedded in the low-frequency signals of the original speech signal realize some hidden part of high-frequency signals. source code is given not only to hide the process, and given in random noise, resampling, compression of information in case of anti-attack features. source code has a clear Notes)

也试着把《MATLAB在振动信号处理中的应用》中的ZFFT改为函数，方便其它坛友的调用，并提供调试程序和数据(Also tried to " MATLAB in Vibration Signal Processing" ZFFT change in function to facilitate the other Friends of the altar call, and debug programs and data)

PID倒立摆的计算机仿真与控制 利用MATLAB中的simulink对倒立摆进行仿真及控制(PID Inverted Pendulum using MATLAB computer simulation and control of the inverted pendulum in the simulink simulation and control)