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一个使用MatlabGUI编写的雷达仿真程序，通过参考本程序不仅能够学习GUI的高级编程，而且能够掌握雷达信号仿真和分析的方法。(The use of a radar simulation program written in MatlabGUI, by reference to this program can not only learn advanced GUI programming, but also to grasp the radar signal simulation and analysis.)

《MATLAB与科学计算》（第2版）PPT教程 王沫然 电子工业出版社("MATLAB and Scientific Computing" (2nd edition) PPT tutorial,Wang Mo, Electronics Industry Press)

matlab中的FFT使用范例，非常经典(FFT in matlab usage examples, very classic)

The probability that a hand-off occurs as a function of the distance between the mobile & its serving base station. result is plotted in probability of had off Vs distance d!

超声波系统下的FFT仿真程序,可以将主要频率的波长滤波出来(FFT simulation program of ultrasonic system, can filter out the main frequency wavelength )

通过matlab设计的GUI界面实现语音信号的实时录入和频谱分析和滤波等处理，并能够显示各阶段时域波形及频谱图，滤波器种类及参数可调(Through the GUI interface designed by matlab, the real-time input of speech signal, spectrum analysis and filtering are realized, and the time-domain waveforms and spectrograms of each stage can be displayed, and the types and parameters of filters can be adjusted.)

一种WaterFillingAlgorithm，资料全面，解析透彻，对学习的人很有帮助！(A WaterFillingAlgorithm, information on a comprehensive, thorough analysis of the study were very helpful!)

地球物理勘探中重力资料解释的主要目的是由地表观测值推断地下可能存在的密度分布。众所周知,任何一组重力数据都可能由无数个密度分布所引起。即使假设了重力异常是由具有均匀密度差的单一地质体产生的,也得不出唯一的解。画图(Gravity geophysical exploration data interpretation main purpose is inferred from surface observations may exist underground density distribution. Is known, any set of data may be provided by gravity density caused numerous. Even assuming that the gravity anomaly is determined by having a uniform density difference arising from a single geological body, they have no unique solution. Paint)

说明：  基于机器人工具箱，采用D-H方法的二自由度双轴机械臂正运动和逆运动仿真，并且设计了gui用户界面(Based on the robot toolbox, the forward and inverse motion simulation of the two axis manipulator is carried out by using the D-H method, and the GUI user interface is designed.)

用matlab实现的一个快速傅里叶变换的函数。可以实现正变换和反变换 (it is a function developed under the matlab which can accompish the fast fourier transtorm in forward and inverse)