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liguyue
- 数字信号处理的课程设计。题目是语音信号滤波去噪——使用双线性变换法设计的切比雪夫II型滤波器-Digital signal processing design curriculum. Topics are filtering denoising speech signals- the use of bilinear transform design Chebyshev Type II Filter
wangzhe
- 语音信号滤波去噪——使用双线性变换法设计的椭圆滤波器。-Speech Signal Denoising Filtering- Bilinear transformation method using the elliptic filter design.
wavelettransform
- 基于小波变换的语音增强的语音去噪的MATLAB源程序-Wavelet-Based Speech Enhancement Speech Denoising MATLAB source code
dspembeddedapply-05
- DSP嵌入式系统开发典型案例 第五章 语音信号去噪和编码系统设计-DSP Embedded Systems Development Case Chapter V speech signal denoising and coding system design
08-NTAV-SPA_165_Marciniak-Rochowniak-etal
- In this paper we propose a method for voice activity detection (VAD) in a speech signal recorded in the presence of noise. The so-called endpoint detection (EPD), i.e., detection of voice activity (speech) boundaries is very difficult if the
InTech-De_noising_audio_signals_using_matlab_wave
- wavelet based speech denoising
TVD_mm
- Speech denoising using TVM...Important file specially for sea sound
WienerScalart96
- Weiner filtering for speech denoising
ImportantTVM
- Speech denoising using TVM...Important file specially for sea sound
Denoising-speech
- Speech denoising using TVM...Important file specially for sea sound
su
- 利用双线性变换法设计一个级联型的椭圆IIR滤波器，对一段含噪语音信号进行滤波去噪处理并根据滤波前后的波形和频谱分析滤波性能。本课程设计仿真平台为MATLAB7.0，开发工具是M语言编程。首先在Windows下用录音机工具录制一段语音信号，并人为加入一单频噪声，然后对信号进行频谱分析以确定所加噪声频率，并设计滤波器进行滤波去噪处理，最后比较滤波前后的波形和频谱并进行分析。-Bilinear transformation method is used to design a cascade elli
2001-attias-eurospeech
- Speech Denoising and Robust Speech Recognition Using Probabilistic Models
1570096429
- SEPARATE APPROACH FOR SPEECH DENOISING USING NONNEGATIVE MATRIX
feng-icassp14
- SPEECH FEATURE DENOISING AND DEREVERBERATION VIA DEEP AUTOENCODERS
Feature-Denoising
- joint sparse representation (JSR)方法用于车内语音增强的特征降噪算法-address reducing the mismatch between training and testing conditions for hands-free in-car speech recognition. It is well known that the distortions caused by background noise, channel effec