NewtonSpline

华中科技课程《控制系统的计算机仿真与实现》的MATLAB仿真程序（第一部分）(Huazhong Science and Technology Program control system computer simulation and realization of the MATLAB simulation program (Part I))

说明：  数据统计描述 第一节 数据分析中常用的统计量及其分布 第二节 频数变量数据特征描述 第三节 综述变量数据特征的描述 第四节 数据分析过程的记录与重现(Data described in section I of data analysis commonly used in statistics and their distribution in section II, the frequency characteristics of variable data variables described in Section III Summary data on the characteristics of the process of data analysis described in section IV of the record and reproduce)

此程序是基于哈夫变换的一个圆形检测程序，给定检测边界和半径估计值的范围，此程序能返回圆在图片中的圆心坐标和半径大小。(This program is based on the Hough transform of a circular testing procedures, testing boundaries and radius of a given range of estimates, this procedure can return to the center of the circle in the image coordinates and radius.)

数值分析方法的应用研究 有限差分法求解电磁场微分方程(Study on numerical analysis method of finite difference method for electromagnetic differential equations)

------名称：带交叉因子的改进PSO算法 ------功能：求解多维无约束优化问题 ------特点：收敛性强，还可以加入变异算子(------ Name: with cross-factor function to improve the PSO algorithm ------: Solving multi-dimensional unconstrained optimization problem ------ characteristics: strong convergence, mutation operator can also add son)

一篇论文《基于ＭＡＴＬＡＢ的智能天线波束方向图仿真》介绍用ＭＡＴＬＡＢ仿真天线波束方向图的方法(Paper, " MATLAB-based smart antenna beam pattern simulation," introduced the use of MATLAB simulation of the antenna beam pattern method)

基于核的学习方法SVM(Support Vector Machine)有很好的分类识别性能，这是在SVM的基础上改进的一个更好的SKM(Support Kernel Machine)Package.(kernel-based learning methods SVM (Support Vector Machine) are good the classification performance, This is the SVM improved on the basis of a better SKM (Support Kernel Machi ne) Package.)

时频分析的源程序文件，请让我下载你们的资料(timefrequency analysis )

说明：  此程序可用于PLS，PCR的定量测定，主要用于化学定量分析，非常实用(This procedure can be used for PLS, PCR quantitative measurement, mainly for chemical quantitative analysis, very useful)

在科学与工程计算中，用来模拟洛伦茨系统的程序。(Scientific and Engineering Computing, the procedure used to simulate the Lorenz system.)