ctrlcode

hi, this is good progrramm.

用Matlab实现排队过程的仿真 matlab仿真 画出等待时间和离开时间的图像(use matlab to simulation the queue process )

SVPWM 矢量控制系统仿真源码 没太看明白 大家试着看看吧(SVPWM vector control system based source did not quite understand this we try to look at it)

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)

用matlab/m文件编写的计算标准大气压小程序，非常实用，可以用于各种飞行器控制设计等方面的仿真，m文件编写很容易转换成c/c++，有问题请留言。(Written using matlab/m file calculation standard atmospheric pressure of small procedures, very useful, can be used for simulation of various aircraft control design, m document can be easily converted into c/c++, have any questions please leave a message)

采用滑模控制对LORENZE混沌系统进行抑制(Sliding Control To Lorenze Chaos system)

说明：  车间布局优化模型是一个含有较为复杂约束的非线性连续优化模型，可以使用遗传算法进行优化。(Workshop layout optimization model containing is a complicated nonlinear optimization model in a row, you can use the genetic algorithm optimization. )

用Argo的netCDF文件计算海洋混合层和障碍层深度并通过M_Map工具包画出全球海洋MLD和BL的分布图。 P.S.: 1.需先安装m_map的toolbox。2.混合层及障碍层的定义参考Clément de Boyer Montegut, et al. "Mixed layer depth over the global ocean: An examination of profile data and a profile‐based climatology." Journal of Geophysical Research: Oceans 109(2004).(Use netCDF file to calculate the mixed layer and barrier layer and draw the global distribution figures with m map in matlab 1Please install m_map toolbox first 2The definitions of mixed layer and barrier layer used is provided by Montegut, et al 2004: Mixed layer depth over the global ocean: An examination of profile data and a profile based climatology.)

I developed an algorithm for using local ICA in denoising multidimensional data. It uses delay embedded version of the data, clustering and ICA for the separation between data and noise. (I developed an algorithm for using local ICA in denoising multidimensional data. It uses delay embedded version of the data, clustering and ICA for the separation between data and noise.)

用MATLAB语言实现自动控制里的PID控制器，模型仿真(MATLAB language used to achieve automatic control in the PID controller, model simulation)