登录
首页 » matlab » Wavelet-Denoising-of-speech

Wavelet-Denoising-of-speech

于 2016-05-19 发布 文件大小:64KB
0 247
下载积分: 1 下载次数: 5

代码说明:

  基于小波域的语音增强(去噪)技术,该程序中有本人的详细注释,保证初学者可以看懂。(Wavelet domain speech enhancement (denoising) technology, the program has own detailed notes to ensure that beginners can understand based.)

文件列表:

Wavelet-Denoising-of-speech-enhancemant
.......................................\aconv.m,860,2006-07-30
.......................................\AutoImage.m,1011,2006-07-30
.......................................\Contents.m,2338,2007-03-24
.......................................\DownDyadHi.m,606,2006-07-30
.......................................\DownDyadLo.m,585,2006-07-30
.......................................\dyad.m,469,2006-07-30
.......................................\dyadlength.m,716,2006-07-30
.......................................\fft2_mid0.m,656,2006-03-28
.......................................\fft_mid0.m,574,2006-03-28
.......................................\FHT.m,765,2006-03-28
.......................................\FHT2.m,645,2006-03-28
.......................................\FourierMat.m,440,2006-03-28
.......................................\FWT2_PO.m,1106,2006-05-10
.......................................\FWT_PO.m,993,2006-03-28
.......................................\FWT_TI.m,1077,2006-03-28
.......................................\GenRandomGaussians.m,672,2006-03-28
.......................................\GenRandomRects.m,527,2006-03-28
.......................................\GenRandVec.m,432,2006-03-28
.......................................\HardThresh.m,534,2011-06-07
.......................................\iconv.m,777,2006-03-28
.......................................\Inv_FHT.m,538,2006-03-28
.......................................\Inv_FHT2.m,551,2006-03-28
.......................................\Inv_RST.m,801,2006-03-28
.......................................\Inv_RST2.m,1314,2006-03-28
.......................................\IWT2_PO.m,1212,2006-05-10
.......................................\IWT_PO.m,938,2006-03-28
.......................................\IWT_TI.m,1027,2006-03-28
.......................................\LockAxes.m,721,2006-07-30
.......................................\lshift.m,466,2006-07-30
.......................................\M1_2.wav,39690,2009-07-17
.......................................\maindenoise.m,1545,2011-06-10
.......................................\MakeBlocks.m,446,2006-03-28
.......................................\MakeBumps.m,510,2006-03-28
.......................................\MakeMatrix.m,1120,2006-03-28
.......................................\MakeONFilter.m,10081,2006-07-30
.......................................\MakeVector.m,825,2006-03-28
.......................................\MatrixEnsemble.m,3665,2006-04-10
.......................................\MirrorFilt.m,591,2006-07-30
.......................................\NoiseMaker.m,890,2006-07-30
.......................................\NormNoise.m,941,2006-07-30
.......................................\packet.m,603,2006-07-30
.......................................\PartialFourierMatrix.m,578,2006-03-28
.......................................\PartialHadamardMatrix.m,583,2006-03-28
.......................................\PlotSpikes.m,750,2006-07-30
.......................................\PlotWaveCoeff.m,944,2006-07-30
.......................................\RandomOrthoMatrix.m,544,2006-03-28
.......................................\RandomSphericalMatrix.m,612,2006-03-28
.......................................\RegisterPlot.m,1235,2006-07-30
.......................................\reverse.m,475,2006-07-30
.......................................\rshift.m,479,2006-07-30
.......................................\RST.m,804,2006-03-28
.......................................\RST2.m,1180,2006-03-28
.......................................\RSTMat.m,380,2006-03-28
.......................................\ShapeAsRow.m,480,2006-07-30
.......................................\ShapeLike.m,963,2006-07-30
.......................................\SoftThresh.m,580,2011-06-07
.......................................\SparseVector.m,1959,2006-07-30
.......................................\TIDenoise.m,1465,2006-07-30
.......................................\twonorm.m,311,2006-07-30
.......................................\UniformSphericalMatrix.m,585,2006-03-28
.......................................\UnlockAxes.m,599,2006-07-30
.......................................\UpDyadHi.m,583,2006-07-30
.......................................\UpDyadLo.m,558,2006-07-30
.......................................\UpSample.m,637,2006-07-30

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • MASscalaire_onduleur
    MASscalaire_onduleur victorial control of induction machine with simulink
    2009-06-07 01:58:16下载
    积分:1
  • channel_jxy
    说明:  无线通信工程仿真中用到的信道模型,适用于MIMO-OFDM仿真。(wireless communications engineering simulation used in the channel model, applied to MIMO-OFDM simulation.)
    2006-05-14 14:43:28下载
    积分:1
  • chen
    混沌chen系统的仿真代码,用预估校正法编写(Chaos chen system simulation code, written in predictor-corrector method)
    2012-04-05 20:55:16下载
    积分:1
  • ruihua
    用MATLAB实现对图形图像的处理,对图像的锐化。(Achieved using MATLAB image processing of graphics, the image sharpening.)
    2011-05-23 17:24:36下载
    积分:1
  • mutual__inc
    matlab熵,联合熵和互信息的程序,亲自测试过(entropy,mutual information entropy,good matlab code,play enjoy)
    2013-09-21 21:08:27下载
    积分:1
  • starplot
    Star plots - MATLAB files for Graphical Representation of trace elements of clinkers(- MATLAB files for Graphical Rep. resentation of trace elements of clinkers)
    2007-05-20 20:53:52下载
    积分:1
  • AnewPFC
    一种新型的功率因数校正的分析和控制,有详细的参数和实验结果(A new analysis of power factor correction and control, detailed parameters and experimental results)
    2010-05-11 17:26:12下载
    积分:1
  • nice_pmsm
    自己建立的pmsm模块,是根据永磁电动机方程编写的(pmsm model created by myself,based on permanent magnet motor equation)
    2012-04-09 15:10:10下载
    积分:1
  • 已知被控对象为 fuzzy_control
    题目:已知被控对象为 1/(10s+1)*exp(-0.5s)。假设系统给定为阶跃值r=30,采样时间为0.5s,系统的初始值r(0)=0。试分别设计: (1)常规的PID控制器; (2)常规的模糊控制器; 分别对上述2种控制器进行Matlab仿真,并比较控制效果 (Topic: Known charged object is 1/(10s+1)* exp (-0.5s). Assume that the system is given as the step value r = 30, the sampling time of 0.5s, the system the initial values ​ ​ of R (0) = 0. Trial were designed: (1) conventional PID controller (2) conventional fuzzy controller Matlab simulation of the two kinds of controllers, respectively, and compare the control effect)
    2021-04-09 20:48:59下载
    积分:1
  • LTE-SUI-CHANNEL
    LTE with SUI channel
    2013-12-11 18:57:21下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载