资源列表
SVM_One_Class
- 基于单类SVM的说话人语音分割的算法源程序-Based on one-class SVM speaker segmentation source code
code
- 此代码完成歌曲库哼唱识别,并能够将哼唱转化为其它乐器的声音回放-This code complete song library humming recognition, and can be converted into other instruments humming sound playback
02_i-vector_system_with_ALIZE3.0.tar
- 为了更好地理解说话人确认和ALIZE工具的基础知识，我们推荐仔细阅读i-vector教程，因为它也包含functionnalities 这不是在其他部分描述的，也可以是有用的。 该程序包括基于ALZIE的i向量的说话人识别的指导步骤。-For a better understanding of the basics of speaker verification and the ALIZE toolkit, we recommand to read the i-vector tuto
noisex-92
- 标准NOISEX-92噪声库，对于声音信号分析的人有用。-Standard noise NOISEX-92 library, the human voice signal analysis for useful.
TIMIT-Speech-Database
- 可用于matlab的英语语音数据库，用于语音合成与识别-Speech Database
HMM
- hmm MATLAB工具箱，里面有自己写的一个DEMO可直接运行，方便大家理解，相互帮助啊-hmm MATLAB toolbox, which has to write a DEMO can be run directly, to facilitate understanding, mutual help ah
7102
- 基于匹配滤波器的语音识别。本程序接触匹配滤波对加噪语音进行匹配输出，使得信号的信噪比得到提升，送入后端DTW的语音识别系统，实验证明，本程序对语音提升有很大的帮助-A speech recoginiton base on the matched filter. this code will use matched filter and get speech SNR output enhanced. then we will extrace MFCC, send the feature to th
yinyuehunxiang
- 为一篇设计报告，篇末附有代码。用MATLAB实现一段音频的混响处理。运用多种滤波器实现混响、延时、加噪音效果。-As a design report, at the end of the article with the code. MATLAB an audio reverb processing. Using a variety of filter achieve reverberation, delay, and the noise effect.
ICAcrosstalkerror
- 我自己编的串音误差计算函数，对公式进行了一定化简，比本网站其他同类计算函数运算速度要快。用于盲源分离的质量评价，另外还包含ICA中有关性能评价指标的文章。-My own series of crosstalk error calculation function, to the formula for a certain simplification, other than this site similar calculation function operation faster. Qual
espeak_1.36
- espeak语音生成库，内附有移植使用文档《espeak移植使用》-espeak speech generation library, containing transplanted using the document espeak transplant use
jyluyinji
- 简易录音机，利用控件完成录音，停止，保存和退出的录音机功能。在此基础上可稍作改动就能变成一款属于自己的个性录音机-Simple tape recorder
filterbank1
- 短时综合的滤波器组相加法的matlab程序的实现，使用的是先调制后滤波的方法-Synthesis filter bank to achieve short-sum method matlab program, using a filter after the first modulation method