cor_etat_s

电机仿真中matlab 3/2变换 mdl文件(matlab mdl)

GW, stretch, wp color correction techniques

DESCRIPTION: This Matlab algorithm performs many tasks associated with power system analysis. First, it has the ability to perform both fully coupled and dc power flow analysis. Second, it has the ability to create measurements (with user-defined error) to be used as input for state estimation. Third, it has the ability to perform state estimation - allowing the user to examine how the placement of measurement devices as well as magnitude of distibution of measurement error affect the discrepency between power flow and state estimation results. In essence, it provides the user with a complete package for the study of both power flow and state estimation in n-bus power systems.

说明：  是用于解决剔除样本异常值的蒙特卡洛mtlab代码，可以进行参考(Monte Carlo matlab code)

一个基于粒子群优化算法源码,（PSO）的50个城市TSP问题的求解，可推广至类似NP.(A source code based on particle swarm optimization, (PSO) of the 50 cities TSP problem solving, can be extended to similar NP.)

主要描述的是平面电磁波的电磁散射问题，适合搞电磁计算的科研人员等(This guide provides a brief reference to the Graphical User Interface (GUI) that implements the propagation of a TE (Transverse Electric)/TM (Transverse Magnetic) plane wave through a multilayered structure of media with different electromagnetic characteristics. The incident wave is a TE/TM plane wave in the the zy plane (sinusoidal regime with temporal convention ejωt ), traveling from+z to-z. )

基于matlab的源程序，用于绘制henon方程的分叉图以及计算lyapunov指数(Based on matlab source program，used to draw bifurcation diagram of henon equation and calculate lyapunov index )

说明：  考虑不确定性的配电网经济调度问题，用列与约束算法解决。(Considering the uncertain economic dispatching problem of distribution network, the algorithm of column and constraint is used to solve the problem.)

说明：  基于RLS算法的自适应滤波器的MATLAB程序，有5个程序！！！(RLS adaptive filter algorithm based on the MATLAB program, there are five programs! ! !)

粒子滤波在目标定位与跟踪中的应用，适合于非线性滤波算法研究。(Particle Filtering in target location and tracking application, suitable for nonlinear filtering algorithm.)