Matlab-regularization-tool

此代码是用fortern编写的。是拱桥的计算代码，此代码是计算拱桥的完整代码。适用于桥梁研究生对拱桥进行分析计算。(This code is used fortern prepared. Is the calculation of arch code, this code is the calculation of a complete arch code. Apply to graduate on the arch bridge analysis calculation.)

matlab的源程序：包括数值分析，界面设计，图形处理及应用等。(Matlab source: including numerical analysis, interface design, graphics processing and its application. )

matlab宏观经济分析工具箱（包含X12季节调整）(Macroeconomic toolbox (including X12 seasonally adjusted))

时频分布算法中的短时fourier变换和维格纳变换的程序。(Algorithm for time-frequency distribution of short-time fourier transform and Wigner transform procedures.)

说明：  在matlab下，运用矩量法计算方形平板电容，并分析电容随平板边长的变化(In matlab, computionof a SquarePlateCapacitance, and analysis of capacitance change with the flat side)

基于电磁矢量传感器的多项式信号源DOA和极化估计(Polynomial source DOA and polarization estimation of electromagnetic vector sensor)

Program de trsition induction motor

通过简单的MATLAB程序实现对少量的语音信号的是识别( Simple MATLAB program to achieve a small amount of the speech signal is to identify)

Gaussian Elimination with Pivoting Method by Cheuk Function uses Gauss elimination with pivoting to solve a linear system in standard format. (linear, algebra, gaussian)

说明：  用鲁棒控制方法来控制一个简单的二阶机械系统：质量块-阻尼器-弹簧系统。该系统是本科生实验教学中常见的控制实验装置。作为本书中的第一个案例，将针对该装置介绍三种控制器的详细设计方法，分析闭环系统的鲁棒稳定性和鲁棒性能。为了简化设计过程，此处仅考虑模型的结构扰动（参数扰动）。针对此例，介绍了matlab鲁棒控制工具箱（Robust Control Toolbox）一些鲁棒控制器设计指令。希望此章的学习不仅能够教授鲁棒控制系统设计方面的知识，也能够教会大家如何使用鲁棒控制工具箱。(Robust control method is used to control a simple second order mechanical system: mass damper spring system. The system is a common control experimental device in undergraduate experimental teaching. As the first case in this book, the detailed design methods of three controllers for the device are introduced, and the robust stability and robust performance of the closed-loop system are analyzed. In order to simplify the design process, only the structural disturbance (parameter disturbance) of the model is considered here. For this example, some robust controller design instructions of MATLAB robust control toolbox are introduced. I hope that this chapter can not only teach the knowledge of robust control system design, but also teach you how to use robust control toolbox.)