登录
首页 » matlab » HMM_matlab

HMM_matlab

于 2020-12-10 发布 文件大小:2983KB
0 194
下载积分: 1 下载次数: 40

代码说明:

  这是基于隐马尔可夫模型的连续语音识别代码,不同于dtw,这是个完整的工程,我把需要的voicebox也放进去了,一共用到9个子函数,包括模板的训练算法何识别算法,是完全可以使用的。(This is based on the hidden Markov model of continuous voice recognition code, different the dtw, which is a complete project, I need to put the voicebox into a total of nine sub-functions, including the template training algorithm to identify the algorithm, Is fully available.)

文件列表:

HMM_matlab
..........\0a.wav,29096,2001-10-21
..........\0b.wav,29640,2001-10-21
..........\1a.wav,33832,2001-10-21
..........\1b.wav,31800,2001-10-21
..........\2a.wav,32840,2001-10-21
..........\2b.wav,37224,2001-10-21
..........\3a.wav,38472,2001-10-21
..........\3b.wav,32664,2001-10-21
..........\4a.wav,37144,2001-10-21
..........\4b.wav,38264,2001-10-21
..........\5a.wav,34408,2001-10-21
..........\5b.wav,37144,2001-10-21
..........\6a.wav,36552,2001-10-21
..........\6b.wav,35624,2001-10-21
..........\7a.wav,36280,2001-10-21
..........\7b.wav,33576,2001-10-21
..........\8a.wav,21624,2001-10-21
..........\8b.wav,21608,2001-10-21
..........\9a.wav,25192,2001-10-21
..........\9b.wav,27192,2001-10-21
..........\baum.m,1919,2017-04-25
..........\getparam.m,2281,2017-04-25
..........\hmm.mat,63856,2001-11-12
..........\inithmm.m,1594,2017-04-25
..........\kmeans.m,2001,2017-04-25
..........\main.m,483,2017-04-25
..........\mcut.fig,18312,2001-10-21
..........\MCUT.m,3763,2001-10-21
..........\mfcc.m,1100,2017-04-25
..........\mixture.m,411,2017-04-25
..........\MKEY.M,2412,2001-10-21
..........\MMOUSE.M,2403,2001-10-21
..........\pdf.m,230,2001-11-10
..........\readwave.m,355,2001-10-21
..........\recog.m,300,2017-04-25
..........\samples.mat,630000,2001-11-12
..........\train.m,1005,2017-04-25
..........\UNTITLED.FIG,16552,2001-10-20
..........\UNTITLED.M,4841,2001-10-20
..........\vad.m,1896,2017-04-25
..........\viterbi.m,1053,2017-04-25
..........\voicebox
..........\........\activlev.m,16679,2017-04-14
..........\........\activlevg.m,8389,2017-04-14
..........\........\atan2sc.m,1793,2017-04-14
..........\........\axisenlarge.m,2112,2017-04-14
..........\........\bark2frq.m,4728,2017-04-14
..........\........\berk2prob.m,1705,2017-04-14
..........\........\bitsprec.m,3305,2017-04-14
..........\........\cblabel.m,2469,2017-04-14
..........\........\ccwarpf.m,2013,2017-04-14
..........\........\cent2frq.m,2046,2017-04-14
..........\........\cep2pow.m,2131,2017-04-14
..........\........\choosenk.m,2239,2017-04-14
..........\........\choosrnk.m,1603,2017-04-14
..........\........\Contents.m,14643,2017-04-14
..........\........\correlogram.m,3975,2017-04-14
..........\........\distchar.m,3819,2017-04-14
..........\........\distchpf.m,3422,2017-04-14
..........\........\disteusq.m,3688,2017-04-14
..........\........\distisar.m,4641,2017-04-14
..........\........\distispf.m,3736,2017-04-14
..........\........\distitar.m,4170,2017-04-14
..........\........\distitpf.m,3601,2017-04-14
..........\........\ditherq.m,1982,2017-04-14
..........\........\dlyapsq.m,2756,2017-04-14
..........\........\dualdiag.m,3479,2017-04-14
..........\........\dypsa.m,26494,2017-04-14
..........\........\enframe.m,6637,2017-04-14
..........\........\entropy.m,3906,2017-04-14
..........\........\erb2frq.m,3430,2017-04-14
..........\........\estnoiseg.m,7306,2017-04-14
..........\........\estnoisem.m,16236,2017-04-14
..........\........\ewgrpdel.m,2461,2017-04-14
..........\........\fig2emf.m,4127,2017-04-14
..........\........\figbolden.m,4593,2017-04-14
..........\........\filtbankm.m,15242,2017-04-14
..........\........\filterbank.m,3507,2017-04-14
..........\........\finishat.m,4876,2017-04-14
..........\........\flac.exe,262144,2017-04-14
..........\........\fopenmkd.m,2254,2017-04-14
..........\........\frac2bin.m,2483,2017-04-14
..........\........\fram2wav.m,5259,2017-04-14
..........\........\frq2bark.m,6116,2017-04-14
..........\........\frq2cent.m,2072,2017-04-14
..........\........\frq2erb.m,3305,2017-04-14
..........\........\frq2mel.m,2796,2017-04-14
..........\........\frq2midi.m,2082,2017-04-14
..........\........\fxpefac.m,16582,2017-04-14
..........\........\fxrapt.m,17319,2017-04-14
..........\........\gammabank.m,9992,2017-04-14
..........\........\gausprod.m,6728,2017-04-14
..........\........\gaussmix.m,25016,2017-04-14
..........\........\gaussmixd.m,8199,2017-04-14
..........\........\gaussmixg.m,17585,2017-04-14
..........\........\gaussmixk.m,6625,2017-04-14
..........\........\gaussmixm.m,6481,2017-04-14
..........\........\gaussmixp.m,11941,2017-04-14
..........\........\gaussmixt.m,11418,2017-04-14

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

  • speech_tools-1.2.95-beta.tar
    Edinburgh Speech Tools for speech synthesis
    2010-01-17 19:34:32下载
    积分:1
  • GSC
    采用广义旁瓣抵消(GSC)自适应波束形成方法实现时域和频域滤波,采用LMS自适应算法,最终实现语音增强。(文件中包含纯净语音及不同信噪比的带噪语音)(Generalized sidelobe canceller (GSC) adaptive beamforming method to achieve time-domain filtering using the LMS adaptive algorithm, and ultimately the speech enhancement)
    2020-12-28 23:19:02下载
    积分:1
  • LBGwlee
    这是我写的用c语言实现LBG算法的一个程序。LBG算法是语音信号处理中一种矢量量化的方法。我的邮箱:wleechina@163.com(This is what I wrote with C Language LBG algorithm a procedure. LBG is the voice signal processing a vector quantization method. My mail : wleechina@163.com)
    2006-10-11 17:10:08下载
    积分:1
  • zengqiang
    语音增强算法综述,还可以,基本的谱减法,维纳滤波法都有(Overview of speech enhancement algorithm, can also basic spectral subtraction, Wiener filtering method has)
    2021-05-13 13:30:02下载
    积分:1
  • chapter2-low-bit-rate-speech-coding
    Chapter 2 Low Bit-Rate Speech Coding In this chapter an overview is given of speech coding techniques at several bit rates. Most of them use Linear Prediction. This overview is not meant to be complete its purpose is to make the reader somewhat familiar with Linear Predictive Coding which is necessary for a proper understanding of later chapters. Section 2.1 treats the subject of quantisation and coding. In section 2.2 a description of speech production and speech sounds is given. Coders based on linear prediction can be considered as being based on a simple speech production model. This model is explained in section 2.3. Section 2.4 describes various speech coding algorithms and techniques. Section 2.5 briefly describes some measures for the quality of coded speech.(In this chapter an overview is given of speech coding techniques at several bit rates. Most of them use Linear Prediction. This overview is not meant to be complete its purpose is to make the reader somewhat familiar with Linear Predictive Coding which is necessary for a proper understanding of later chapters. Section 2.1 treats the subject of quantisation and coding. In section 2.2 a description of speech production and speech sounds is given. Coders based on linear prediction can be considered as being based on a simple speech production model. This model is explained in section 2.3. Section 2.4 describes various speech coding algorithms and techniques. Section 2.5 briefly describes some measures for the quality of coded speech.)
    2010-07-02 19:42:42下载
    积分:1
  • estimation_image
    基于语音的人类年龄自动估计算法实现,效率比较高(voice-based human age estimation algorithm automatically to achieve more efficient)
    2012-02-13 16:38:28下载
    积分:1
  • Audio-Watermarking-master
    鲁棒数字音频盲水印水印置乱算法实现基于阿诺德变换的离散小波变换,离散余弦变换(Robust Blind Digital Audio Watermarking Implementation Based on Watermark Scrambling Algorithm-Arnold Transform Discrete Wavelet Transform,Discrete Cosine Transform,Erro Correcting Code)
    2018-04-16 12:52:31下载
    积分:1
  • espeak-1.46.02-source
    一款语音和成软件,主要是文本转语音,包括英文、普通话等(text change to speak)
    2021-01-03 18:18:56下载
    积分:1
  • LMSjiangzao
    LMS多麦克风语音降噪的主程序是lmsspdn.m(Multi-microphone noise reduction LMS voice is the main program lmsspdn.m)
    2020-07-04 19:00:01下载
    积分:1
  • voice
    性别识别系统的Matlab实现,比较简单容易理解(Gender Recognition System Matlab implementation, relatively simple easy to understand)
    2009-04-05 11:03:23下载
    积分:1
  • 696518资源总数
  • 104269会员总数
  • 31今日下载