MATLAB及在电子信息课程中的应用

说明：  关于水平集算法的重要文章，详细介绍了算法的具体过程和方程(Level set algorithm on the important article, detailing the specific process of the algorithm and the equation)

简单的实例，介绍了基本的用法，适合有一定基础的学者，可以巩固自己的知识(Simple example, describes the basic usage, there is some basis for scholars, can consolidate their knowledge)

Matlab双馈异步风力发电机建模s函数 双馈异步发电机模型一直是风力发电研究的重点，而很多论文的仿真根本就没有建电机模型，这样的仿真是很不准确的，matlab中自带了一个DFIG模型，而这个模型是将发电机、变流器等各个部分都建好了，但对研究发电机的人员来说很不实用。我建的这个模型是分析有功无功解耦时搭建的，用的是s函数，便于修改参数。 (s fuction of pmsg)

低压电力线载波通信的OFDM系统仿真，采用了压缩感知的方法进行信道估计，分别选取不同导频数目与LS算法比较，仿真效果良好。(OFDM power line carrier communication system simulation, using the compressed sensing method for channel estimation, respectively, to select a different number of pilot and LS algorithm, the simulation results is good.)

在大学生或者研究生数学建模竞赛中旅行商优化问题是一个很重要而又难解决的问题，本人自编程蚁群算法智能程序很好的解决此问题。(University students or graduate students in the Mathematical Contest in Modeling in the traveling salesman optimization problem is a very important and difficult to resolve the problem, I self-programming smart procedures ant colony algorithm to solve this problem very well.)

本代码是关于Multi-Dimensional Scaling（MDS）的代码，可以用于特征提取、特征选择，或是矩阵降维。(This file is part of the Matlab Toolbox for Dimensionality Reduction v0.4b. You are free to use, change, or However, )

基于Huang TS提出的快速中值滤波算法的MATLAB程序(Based on Huang TS a fast median filtering algorithm MATLAB program)

说明：  这个源代码文件包含了一个非常生动的杨氏干涉的模拟过程，其显示的结果是一个动画形式的(the source document contains a very vivid Young's interference in the simulation process. its display is the result of a form of animation)

MATLAB GUI：GUI中的基本操作：简单的文本框数据传递 (MATLAB GUI: GUI in the basic operation: simple text box data transfer)

说明：  球面天文学（岁差、章动）和天体力学（行星星历表）的原始计算公式、算法和程序。matlab编译通过。主要包括：公历/儒略历转换为儒略日，儒略日转换为公历/儒略历，球坐标转换为直角坐标，直角坐标转换为球坐标等38个matlab源代码。压缩文件中有说明。(Spherical Astronomy (precession, nutation) and celestial mechanics (line stars ephemeris) of the original formula, algorithms and procedures. matlab compiler through. Mainly include: Gregorian/Julian calendar converted to Julian day, Julian date is converted to the Gregorian calendar/Julian calendar, the ball coordinates converted to rectangular coordinates, rectangular coordinates is converted to spherical coordinates, such as 38 matlab source code. Compressed file is described.)