Codes

实现matlab的figure图像嵌入到自己应用程序界面的功能，利用该方法也可以能够对于Figure图像进行个性化定义，能够使Matlab和自己的程序合为一体， 为基于matlab的可视化界面编程的混合编程有很大的借鉴意义。(Matlab implementation of the figure images embedded into their own application program interface features, using this method can also be able to personalize the image for Figure definition, able to Matlab and its own procedures for combined into one, matlab-based visual interface for programming mix programming a great learn. )

说明：  有关风力发电系统的文章，包含发电机的设计，整流逆变电路等等(Articles on wind power generation system, including the design of the generator, rectifier inverter circuit, etc.)

本程序实现了基带蒙特卡罗仿真,分析了基带误码性能。(This program simulates a Monte Carlo system to obtain a BER )

模式识别常用的工具箱，包括各种距离度量等必须的算法(Commonly used pattern recognition toolbox, including a variety of distance measures such as the algorithm must)

循环结构程序设计的计算实例和M函数文件的计算实例(Loop structure calculation program design examples and examples of calculation of M function file)

异步电机直接转矩控制的simulink仿真(Induction Motor Direct Torque Control of simulink simulation)

一个决策性动态规划的matlab代码，有参考文献，适合初学者(A dynamic programming decision-making matlab code, there are references for beginners)

激光器中光场稳定分布过程的数值仿真，能看到光场迭代的动态过程(Dynamic process of the laser light field stable distribution Numerical simulation iterations to be able to see the light field)

说明：  小波阈值去噪的基本思想是先设置一个临界阈值λ，若小波系数小于λ，认为该系数主要由噪声引起，去除这部分系数;若小波系数大于λ，则认为此系数主要是由信号引起，保留这部分系数，然后对处理后的小波系数进行小波逆变换得到去噪后的信号。(The basic idea of wavelet threshold denoising is to set a threshold value of lambda first. If the wavelet coefficient is less than lambda, it is considered that the coefficient is mainly caused by noise and this part of the coefficient is removed. If the wavelet coefficient is larger than lambda, it is considered that the coefficient is mainly caused by signal, and this part of the coefficient is retained. Then the denoised signal is obtained by inverse wavelet transform of the processed wavelet coefficient.)

matlab中极坐标函数的改进，坐标轴刻度可以为负数，输入参数见注释，有问题email联系，可在matlab命令行中直接运行，如： my_polar2([0,20,30]*pi/180,[-10,0,10], -r ,-20,30)(Matlab polar coordinates function improved, axes calibration can be negative, the input parameters, see Notes email problems can be contacted in Matlab command line direct operations, such as : my_polar2 ([0,20,30]* pi/180 [-10,0,10],- r,-20,30))