利用霍夫曼编码算法对数字图像进行压缩及解压缩处理，解压出来的图像与源图像几乎完全一致，峰值信噪比为无穷大(The use of Huffman coding algorithm for digital image compression and decompression processing, extracting images from the source image is almost exactly the same infinite PSNR)
双馈发电机的simulink仿真模型！双馈发电机的simulink仿真模型！(Double-fed generator simulink simulation model! Double-fed generator simulink simulation model!)
RD点目标仿真算法,通过距离和方位压缩算法，对目标回波数据进行成像。(Point target simulation of RD)
本压缩包涉及工程水文的10多个程序（保证率计算，调度计算，调洪演算，等出力调节等）(This package involves engineering hydrology of more than 10 program (reliability calculation, scheduling calculation, flood regulating calculation, such as the output regulation, etc.))
用来测试压缩感知中构造的测量矩阵的RIP的(this .m file is used to check the senging matrix RIP in CS)
jepg压缩的matlab代码，采用哈夫曼编码，dct变换(jepg compression Matlab code, using Huffman coding, transform Extra)
图像压缩的MATLAB算法之JEPG，完整的例程，参改价值高。(This compression is for jpeg in matlab with a whole example,and it s valuable to look at it!)
各处图像的压缩算法霍夫曼编码全了。 (A variety of image compression program Hoffman trip forecast full!)
压缩感知的所有重构算法，包括OMP,ROMP,SAMP,StoMP等等算法。(All reconstruction algorithms of compressed sensing include OMP, ROMP, SAMP, StoMP and so on.)
说明： 自适应信号处理的理论和技术经过40多年的发展和完善，已逐渐成为人们常用的语音去噪技术．并通过实例介绍了基于Matlab的RLS自适应语音噪声对消系统的设计与实现．(After more than 40 years of development and improvement, the theory and technology of adaptive signal processing have gradually become a common speech denoising technology. The design and implementation of RLS adaptive speech noise cancellation system based on Matlab are introduced through an exampl)
This function quickly finds local peaks or valleys (local extrema) in a noisy vector using a user defined magnitude threshold to determine if each peak is significantly larger (or smaller) than the data around it. The problem with the strictly derivative based peak finding algorithms is that if the signal is noisy many spurious peaks are found.
该程序用来计算变压器互感，相关参数计算一定正确(The procedure used to calculate the mutual inductance of transformer, the relevant parameters must correct)
说明： 基于FFT和DWT变换的压缩感知，比较不同稀疏基下CS重构算法的性能(CS based on FFT and DWT)
说明： 基于遗传算法的BP神经网络优化算法，可对神经网络的层数和训练函数进行自定义控制，方便系统级开发，非常实用。(The BP neural network optimization algorithm based on genetic algorithm can customize the number of layers and training functions of the neural network, which is convenient for system-level development and very practical.)
对于哈夫曼编码的仿真，可以计算平均码长、熵、压缩比、编码效率(Simulation of Huffman coding)
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