Matlab-teaching

说明：  xilinx的一些例程，初学者可以看看相关的文件，以作深入学习(xilinx some routines, beginners can take a look at the documents related to in-depth learning)

induction motor simulation for performing modern control and other controllers

MATLAB Basic codes for finding mahanobis distance,gaussian,multivirate

这是Simulink关于巴特沃兹滤波器的模型。希望对初学者有用。(This is the Simulink model about bart ward filter. Hope useful for beginners. )

说明：  滑模变结构控制, 理论分析(Sliding mode variable structure control, theoretical analysis)

一种计算时间周期的算法，可以长期使用，用于混沌相空间重构。(a new fangfa of kongjian didai)

利用matlab语言实现常微分方程的求解，可以很好的解决常微分方程问题(Matlab language to achieve the solution of ordinary differential equations, can solve the problems of ordinary differential equations)

基于多相催化反应动力学的特点和基本原理,提出多相催化反应动力学方程的一般形式,并介绍了用Matlab语言设计确定多相催化反应动力学方程参数的通用程序.处理时先对实验测定不同时刻对应的反应速率v0和浓度C(或压力P),利用无约束最优化计算方法求出多相催化反应动力学方程参数.文中以镍硅藻土催化苯加氢合成环己烷的实验数据为例进行验证,结果表明,利用所编程序确定的动力学方程和理论值及文献值很好吻合.(Based on the characteristics and dynamics of the basic principles of heterogeneous catalysis, heterogeneous catalysis proposed general form of kinetic equation and introduces heterogeneous catalytic reaction kinetics equation to determine the parameters used in Matlab language design common procedures when handling the first experimental measured at different times corresponding to the concentration of the reaction rate v0 and C (or pressure P), the use of unconstrained optimization calculations obtained heterogeneous catalytic reaction kinetics equation parameters. text nickel diatomaceous earth catalytic hydrogenation of benzene cyclohexane an example to validate the experimental data, the results show that the equations and theoretical value and dynamics literature values ​ ​ determined using the programmed good match.)

matlab开发的GUI程序，转换成实用的C语言程序(GUI development matlab procedures into practical procedures for the C language)

CUED系统识别工具箱，包括： 1 Subspace identification of linear systems. 2 Subspace identification of bilinear systems(CUED System Identification Toolbox: 1 Subspace identification of linear systems. 2 Subspace identification of bilinear systems)