简单的MATLAB目标跟踪

本文介绍在Matlab 环境下发电厂水位控制BP 模型的建模与仿真方法, 得出了预测模型的最优参数。仿真结果表明, MATLAB 神经网络工具箱可有效地用来解决复杂的非线性控制系统的优化设计问题。(This article describes the Matlab environment plant level control BP Model modeling and simulation methods, predictive models obtained optimal parameters. Simulation results show that, MATLAB Neural Network Toolbox can be effectively used to solve complex nonlinear control system optimization design problems.)

具有时间窗的多车场的车辆路径问题， Cordeau的Instances文件数据可直接被调用(The Cordeau Instances file data can be directly invoked by the vehicle routing problem with a time window.)

该源码为matlab源码，主要实现建立ggd模型，并进行测试。(the source of Matlab source, mainly for the establishment of ggd model, and for the test.)

说明：  坐标转换：已知n个点在a,b两坐标系中的坐标值，采用优化方法求转换关系（标准的7参数转换关系，x,y,z的移动，x,y,z的旋转，以及缩放系数）ps:附带空间旋转公式。input: points in A and B。 output：transfer relationship （u,v,w: shit of x,y,z。 a,b,g: rotate of x,y,z 。k：zoom）(Coordinate Transfer:A,B are tow coordinates. This program using optimal method to find the transfer relationship of A and B. input: points in A and B。 output：transfer relationship （u,v,w: shit of x,y,z。 a,b,g: rotate of x,y,z 。k：zoom） )

crossover process - genetic algorithm

Thermally coupled distillation column for internal control strategy including improved internal model control and adaptive internal model control scheme (Internal model of distillation column control, program research on the internal thermal coupling distillation column control strategy)

Many authors have proposed effi cient models to predict cut-ting forces in milling operations. Some experimental resultsare available for steels [2

用music算法进行DOA估计的MATLAB程序(music matlab)

3GPP 3D信道模型 TR36.873(3GPP 3D channel model according to TR36.873)

该模型大致基于T.Athay等人提出的IEEE 39总线系统，用于面向研究的研究和教育目的。该基准的SimPowerSystems实现的作者是IREQHydro-Québec研究所的Ali Moeini和Innocent Kamwa。参考文献A. Moeini，I。Kamwa，P。Brunelle，G。Sybille，“在SimpowerSystems中实现的开放数据IEEE测试系统，用于电网动力学和控制的教育和研究”，电力工程大会（UPEC），2015年第50届国际大学，2015年9月1-4日，英国斯塔福德郡大学。http://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=7339813&tag=1