hundun_svd_0525

说明：  杨辉三角的几种算法，包括一维数组、二维数组以及高效版本(Multiple solutions of Yang Hui's triangle)

线性自适应预测滤波算法，用于扩频通信中的窄带干扰信号的抑制，对搞窄带干扰抑制的朋友会有所帮助！-linear adaptive filter algorithm forecast for the spread spectrum communication signals in the narrow band interference suppression to engage narrowband interference suppression friends will help!

车牌识别定位程序的部分功能，包括随机梯度算法，相对梯度算法，wolf 方法计算李雅普诺夫指数。( Part of the license plate recognition locator feature, Including stochastic gradient algorithm, the relative gradient algorithm, wolf calculated Lyapunov exponent.)

基于matlab的D2D通信功率控制仿真，包括开环功率控制和闭环功率控制(Power control simulation of D2D communication based on matlab, including open-loop power control and closed-loop power control)

说明：  matlab /simulink电力电子仿真经典教程，这个是matlab /simulink电力电子仿真入门教程，简洁明了！！！非常适合初学者，这是我迄今为止见过的最好的入门教程，没有之一！！！(matlab / simulink power electronics simulation classic tutorial, this is matlab / simulink power electronics simulation tutorial, simple and clear! ! ! Very suitable for beginners, this is the best introductory tutorial I have seen so far, no one! ! !)

人性化自动设置移动止损，不在家开单也自动设止损(Human automatic set moving stop, not at home to open the order also automatically set stop)

这是几个关于矩阵计算的matlab程序,它有一套程序扩展系统和一组称之为工具箱（toolbox）的特殊应用子程序。工具箱是MATLAB函数的子程序库，每一个工具箱都是为某一类学科专业和应用而定制的，主要包括信号处理、控制系统、神经网络、模糊逻辑、小波分析和系统仿真等方面的应用。(Here are some matlab programs for matrix calculations, which have a program extension system and a set of special application subroutines called the toolbox. The toolbox is a function of MATLAB subroutine library, each toolbox is for a class of professional disciplines and application customization, including the application of signal processing, control system, neural network, fuzzy logic, wavelet analysis and system simulation etc..)

说明：  重油燃烧机理chemkin机理文件，反应步数较多，需要较大服务器计算(Heavy oil combustion mechanism chemkin mechanism file, more reaction steps.)

现代谱估计的教材，是英语版的翻译，对有需要的人来说很难得的-Modern Spectral Estimation of the materials is English version of the translation, there is a need for people who are hard to come by! ! !

磁场、位场、延拓（向上延拓） 模拟磁偶极子目标源，并与延拓结果进行对比(Magnetic field extension)