Signal-and-System-Experiment-Docs

此文件是前馈BP神经网络应用例子程序代码(This file is the feed-forward BP neural network application example code)

基于MATLAB 的带阻滤波器设计,是我自己做的，的确还不错，带宽是200HZ(JI YU MATLAB DE DAI ZU LV BO QI SHE JI)

图像去雾 matlab代码 最好的去雾算法 ( quwu matlab)

a matlab program which depicts the transmission , reception of ofdm signal

Histogram Equilization without matlab function

1.将BMP图像内容读入内存数组。 2. 调整图像的灰度，对图像进行灰度变换（反变换）。 3. 对图像进行较正,分别取值为0.4,0.6,0.8.(1. The BMP image content is read into memory array. 2 Adjust the gray image, the image gray-scale transformation (inverse transform). 3 more positive image, respectively, the value of 0.4,0.6,0.8.)

风力发电机部件及模型，包括风力发电机的变流器、发电机、以及并网部分(Wind turbine components and models, including the part of the wind turbine inverters, generators, and grid)

Writing_Fast_Matlab_Code(Writing_Fast_Matlab_Code )

关于自适应反步控制的双螺旋桨自动靠泊文献，最新的(The auto-berthing of a ship requires excellent control for safe accomplishment. Crabbing, which is the pure sway motion of a ship without surge velocity, can be used for this purpose. Crabbing is induced by a peculiar operation procedure known as the push-pull mode. When a ship is in the push-pull mode, an interacting force is induced by complex turbulent flow around the ship generated by the propellers and side thrusters. In this paper, three degrees of freedom equations of the motions of crabbing are derived. The equations are used to apply the adaptive backstepping control method to the auto-berthing controller of a cruise ship. The controller is capable of handling the system nonlinearity and uncertainty of the berthing process. A control allocation algorithm for a ship equipped with two propellers and two side thrusters is also developed, the performance of which is validated by simulation of auto-berthing)

将源码保存为.m文件，程序生成logR/S，在matlab中循环调用这个文件，生成多个不同时间尺度的logR/S，然后求出logR/S与logN的直线斜率即是Hurst。(Will be saved as a source. M documents, procedures to generate logR/S, in the cycle of calling matlab in this document, to generate a number of different time scales of logR/S, and then calculated logR/S and the linear slope of logn is Hurst.)