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本文提供一种用MUSIC算法恢复谐波的一个实例，在MATLAB中进行了仿真验证(This article provides a MUSIC algorithm using an example of the restoration of harmonic, carried out in the MATLAB simulation)

双PWM变频器双馈风力发电机仿真 对于研究双馈风力发电机控制的同志们来说，以下的资料很有用！！！当然也有几个部分需商榷，我们一起探讨 (DFIG MODEL)

说明：  实现了3GPP 38.901中基础的信道(basic realization of 3GPP 38.901 channel model)

卡曼滤波程序 卡尔曼滤波仿真程序用于匀速运动的目标跟踪(Kalman filter program Kalman filter simulation program for target tracking with uniform motion)

本文通过对 MATLAB 程序设计中的若干典型问题做简要的分析和总结,并 在此基础上着重讨论了有关算法设计、程序的调试与测试、算法与程序的优化以 及循环控制等方面的问题.还通过对一些程序实例做具体解析,来方便读者进行 编程训练并掌握一些有关 MATLAB 程序设计方面的基本概念、基本方法以及某些 问题的处理技巧等.此外,在文章的最后还给出了几个常用数学方法的算法程序, 供读者参考使用.希望能对初学者进行 MATLAB 编程训练提供一些可供参考的材 料,并起到一定的指导和激励作用,进而为 MATLAB 编程入门打下好的基础.(This article briefly analyzes and summarizes some typical problems in MATLAB program design. Based on this, we discussed the design of the algorithm, the debugging and testing of the program, and the optimization of algorithms and programs. Problems such as loop control, etc. Also through the specific analysis of some program examples to facilitate readers Programming training and master some basic concepts, basic methods and some related to MATLAB programming Problem handling techniques, etc. In addition, at the end of the article, several algorithm programs for common mathematical methods are given. For readers to use. Hope to provide beginners with MATLAB programming training to provide some reference material Materials, and play a certain guidance and incentives, and then lay a good foundation for MATLAB programming entry.)

此源代码为链路级仿真平台下，基于scm信道模型的信道空间相关性仿真分析(This source code for link level simulation platform based on SCM channel model channel space correlation simulation analysis)

it gives a demo on how support vector machine works

讲解如何画3D的极坐标图形！有M文件和说明！(Explain how to draw 3D polar coordinate graphics! M-file and instructions!)

第二种增量的主成分分析算法，能够增量地获取高维数据的主成分。(《Incremental PCA or On-Line Visual Learning and Recognition》)

6自由度机器人轨迹规划，针对位置，速度，加速度的分析以及图像绘制(Six degrees of freedom robot trajectory planning six degrees of freedom robot trajectory planning)