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本实验要求在学生掌握模糊控制器基本工作原理和设计方法基础上，熟悉MALAB中的模糊控制工具箱，能针对实际问题设计模糊控制器，建立模糊控制系统，训练学生综合运用计算机来解决一些实际问题的能力。(This experiment requires students to master the basic working principle of the fuzzy controller design method based on MALAB familiar toolbox of fuzzy control to practical problems for the design of fuzzy controllers, fuzzy control systems, integrated use of computers to train students to solve some practical problems.)

说明：  code for shannon coding

关于高斯混合模型（GMM）的matlab源代码(on Gaussian mixture model (GMM) Matlab source code)

逆合成孔径雷达成像最基本的转台成像程序，适合刚接触这一领域的新手学习。(Inverse synthetic aperture radar imaging basic turntable imaging procedures, suitable for beginners new to the field study.)

通过这个实验，熟悉并能够灵活运用插值函数的方法去解决实际生活中的问题。(Through this experiment, familiar and flexible use of interpolation functions to solve real life problems.)

此程序主要演示通道间幅度误差对DBF旁瓣电平的影响。(This program is mainly to demonstrate of effect of channel amplitude errors on the sidelobes of DBF.)

利用MATCOM可以实现VC++与MATLAB的混合编程,本例子实现了独立与具体开发环境的绘图的方法 (MATCOM can be achieved using VC and MATLAB mixed programming, The example of the independence and achieve specific development environment mapping methods)

SMI Based Beamforming Algorithms for TDMA Signals

用于计算互近似熵，互近似熵是两个信号之间不同步的量度。模糊熵与互信息(It is used to calculate the mutual approximate entropy, and the mutual approximate entropy is a measure of the non synchronization between the two signals)

An efficient algorithm for identification of PIL on Solar Dynamic Observatory (SDO) Helioseismic and Magnetic Imager (HMI) magnetograms. Detailed description will appear in the paper: Volobuev, D.M. Polarity-Inversion Line Preceding X-class Flare, Solar Physics, Initial data (65 megabyte .fits magnetograms) can be downloaded from http://hmi.stanford.edu/ - Model_test_PIL_Open.m script - calculates parameters of the example(simulated S-curve) - SDO_PIL_Open.m script - identifies PIL on SDO magnetogram and calculates its parameters - 5 functions are used within these scripts