PMSG_SPWM_MPPT_Control

different types of filter design

1、faii.m 求复杂网络矩阵A的对角线元素 2、logistic.m 逻辑斯蒂映射 3、mh_feedback_Lorenz.m & Lorenz.m 洛伦兹方程连续反馈 4、mh_daleytime_feedback.m & Lorenzdt.m 洛伦兹方程延时反馈 5、mh_Henon_map.m 埃农映射 6、mh_ogy_Henon.m OGY方法（参数微扰法）控制埃农映射 7、mh_ogy_logistic.m OGY方法控制逻辑斯蒂映射 8、ode45_Lorenz.m &ode45_Lorenz_ext.m -用Matlab5. 3 求解洛伦兹方程(Faii.m seek the diagonal elements of the complex network of matrix A, logistic.m logic Logistic Map, mh_feedback_Lorenz.m & Lorenz.m Lorentz equation is continuous feedback, mh_daleytime_feedback.m Lorenzdt.m Loren feedback when you hereby Fangcheng Yan mh_Henon_map.m Aye agricultural mapping mh_ogy_Henon.m the OGY method (parameter perturbation method) control angstrom agricultural mapping, the control logic of mh_ogy_logistic.m the OGY method Logistic Map, ode45_Lorenz.m ode45_Lorenz_ext.m- to use Matlab5. 3 solution of the Lorentz equation)

计算机仿真程序例子，包含多个基本程序，可帮助我们更好的学习matlab(examples of computer simulation program, includes a number of basic procedures that will help us to better learning Matlab)

matlab中实现时间序列自相关降噪，经过测试可以使用 希望可以有用(Time series autocorrelation noise, can be tested using)

说明：  基于形态学的的玻璃瓶边缘检测，和canny算子对比，可出图。(Glass bottles based on morphological edge detection, and the canny operator compared to a map.)

田纳西伊斯曼过程SIMULINK仿真模块 来自于经典文献(Tennessee Eastman process SIMULINK simulation module from the classic literature)

code to work with bathymetry (.nc files) for ocean modeling

基于matlab仿真的调制信号详细功能实现，能完美运行，且有相关说明。(The matlab simulation-based modulation signal functions, perfect run, and instructions.)

学习MATLAB的参考资料，对于初学者，可以参考里面的讲解实例。(Learning MATLAB reference, for beginners, can explain the instance reference inside.)

这是一篇很好的有关信道估计的文章， 可以用来快速的了解信道估计的基本内容(and MAI induced by multiple-input, multiple-output channels. In particular, this article reviews the typical inverse filter criteria (IFC) based algorithm, super-exponential algorithm, and constant modulus algorithm along with their relations, performance, and improvements. Several advanced applications of these algorithms are illustrated, including blind channel estimation, simultaneous estimation of multiple time delays, signal-tonoise ratio (SNR) boost by blind maximum ratio combining, blind beamforming for source separation in multipath, and multiuser detection for direct sequence/code division multiple access (DS/CDMA) systems in multipath.)