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wavelet
- 基于小波变换法的基音周期检测 比较基础 大家借鉴看看吧 -Based on Wavelet Transform Pitch Detection law basis of comparison to see if you learn from everyone
xinfangfa
- 现在最热门的语音增强方法--小波变换法,具有很好的降噪效果!-Now the most popular speech enhancement method- wavelet transform, the noise has a very good effect!
wavelet
- 现在最热门的语音增强方法--小波变换法,运用MATLAB编写得出!-Now the most popular speech enhancement method- wavelet transform method, the use of MATLAB come prepared!
jiyinzhouqijiance
- 一些关于语音基音周期检测的文章，包括多种测量方法，如小波变换法，相关法，还有多种改进方法的探讨。-Some information about Pitch detection of articles, including a variety of measurement methods, such as the wavelet transform method, the relevant law, there are many improved methods explored.
xiaobo
- 语音增强算法及集中经典算法，小波变换法谱减法，滤波器法等-Speech enhancement algorithm and focus on the classical algorithm, wavelet transform spectral subtraction, filter method, etc.
76705441add_noise_and_SNR_measure
- 语音增强算法，谱减法，小波变换法，加噪声，纯净语音-Speech enhancement algorithm, spectral subtraction, wavelet transform, adding noise, clean speech
The-research-of-anti-niose-speech
- 论文首先介绍了传统的语音特征参数MFCC，它是基于人耳听觉 特性设计的一种特征参数，在静音环境下能得到较高的识别率，但在 信噪比较低时识别率急剧下降，不利于实用化。本文通过对MFCC算 法的分析和研究，发现其中的FFT和DCT在整个时频空间使用固定的 。分析窗，这不符合语音信号特性，而小波变换具有多分辨率特性，更 符合人耳的听觉特性。因此，本文将小波变换和MFCC算法相结合， 提出了三种新的语音识别特-Speech recognition has wide use in