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实现多输入的线性混合信号的分离,具体使用方法见readme.txt,readme.txt中的部分程序因某些原因，不能上传，请见谅(Realize multi-input linear mixed-signal separation, the specific use, see readme.txt, readme.txt some procedures for certain reasons, they should not upload, please forgive me)

白噪声序列产生maltab源代码，研究白噪声的功率谱密度(The white noise sequence generated maltab source code, research white noise power spectral density)

MATLAB 应用于小波分析，对于想学小波的初学者很有用，它以信号处理和图像处理为例展开了如何应用小波分析工具箱来解决工程中的实际问题，相信对你一定有帮助了！ (MATLAB application of wavelet analysis, wavelet for the beginner want to learn very useful, its signal processing and image processing as an example of how to expand the application of wavelet analysis toolbox to solve practical problems in engineering, I believe you must have helped!)

说明：  一种matlab实现网络划分的算法，主要用于复杂网络中的社区发现(A matlab algorithm for network partition, which is mainly used for community discovery in complex networks)

说明：  使用Matlab实现水准网平差，建立caculateH0，getBegin，getH0，getV，h0k，isContr和nameToindex函数实现水准网平差，并进行精度分析。(Establish caculateh0, getbegin, geth0, getv, h0k, iscontr and nametoindex functions to realize leveling network adjustment, and analyze the accuracy.)

几种数字滤波器，如矩形窗带通数字滤波器，海明窗高通数字滤波器(Several digital filter, such as the rectangular window of band-pass digital filter, Hamming window of high-pass digital filter)

仿真分析：基于MUSIC算法和CAPON算法的仿真，给出了仿真图与仿真结果(Simulation Analysis: CAPON algorithm based on MUSIC algorithm and the simulation, the simulation diagram and simulation results)

说明：  我自己写的程序,用matlab编写的,可以处理普通運算(I wrote the program, written with matlab)

本课题主要研究当信道中的加性噪声为高斯白噪声时，对接收端数字信号的判决带来的影响。 通过实验的手段分析信道无噪声的情况时，对接收端译码译码带来的影响；通过实验的手段分析信道有噪声的情况时，对接收端译码译码带来的影响； 代码可直接运行，包括基带下的误码率仿真，频带下的仿真，以及相互间的对比。界面很好(Signal in channel transfer process, not only by the channel itself, it brought, also influenced by the additive noise, Gaussian white noise is a communication channel additive noise. The main subject of study when the additive channel noise is white Gaussian noise, the impact of digital signal on the receiving end of judgment. By means of analysis of the experimental channel without noise, the impact on the receiving end decoding decoding noisy channel decoder decoding on the receiving end, the impact by means of analysis of the experiment )