IEEE34-with-DFIG-SFCL-X

说明：  简要阐述BPSK调制解调原理 用MATLAB进行仿真，附上仿真源程序和仿真结果，对结果进行分析。(The principle of BPSK modulation and demodulation is briefly described Matlab is used for simulation. The simulation source program and simulation results are attached to analyze the results.)

说明：  对周期激振力作用下的单自由度无阻尼系统，将激励展开成傅里叶级数，观察其对方波函数的逼近情况，并计算系统的受迫振动。(For the single degree of freedom undamped system under the action of the periodic excitation force, the excitation is expanded into Fourier series, and the approximation of Fang Bo's function is observed and the forced vibration of the system is calculated.)

利用MAtlab消除噪声，尝试高低通滤波(use MAtlab eliminate noise, high or low pass filtering to)

[WuYuFei]中是WuYuFei的论文 [WuYufei_matlab]是WuYufei的Matlab程序 做Turbo码，恐怕很难绕过WuYufei的程序，呵呵 [cap_turbo]和[mother]是我在研究阶段的工作 走了很多弯路，所以这两个目录必然有很多错误而且很混乱 如果想了解一下我的研究历程可以看看，切不可拿来修炼，否则走火入魔俺不管。平，mdsvl,sdlxcl([WuYuFei] is WuYuFei papers [WuYufei_matlab] is a Matlab program to do WuYufei Turbo codes, it would be difficult to bypass WuYufei procedures, Oh [cap_turbo] and [mother] at the research stage of my work take a lot of detours, so These two directories must have a lot of mistakes and a lot of confusion if you want to know can see my research process, must not be used practice, or whether I possessed by the Devil.)

adaptive filter harmonic estimation

mfsk数字调制的差错可能性比较，MATLAB实现(digital modulation mfsk possibility of errors, MATLAB to achieve)

神经网络小波变换的MATLAB编程，用于实现其二维图像的小波变换处理(Neural network wavelet transform MATLAB programming for the realization of the two-dimensional image of the wavelet transform)

一种线性滤波的新方法，可以用来滤除噪声，是很好的参考(A linear filter of the new method can be used to filter out the noise, is a good reference)

In this program we demonstrate the MP, OMP, WMP, and Thresh algorithm, by running them on a set of test signals and checking wether they provide the desired outcome

Les méthodes géométriques sont les méthodes les plus répandues en simulation indoor. On a cité les principales familles de ces méthodes. Il s’avère qu’il n’existe pas de meilleures méthodes que d autres. En effet, le choix d’une méthode par rapport à une autre dépend des objectifs principaux qui sont fixés au début du travail. Il est donc fondamental de faire un compromis entre le nombre de rayons à calculer et la complexité de calcul.