We propose a method to recover the original sound waveform from the observed sound waveform without using the inverse filtering of the room transfer function. Reverberation is caused by the echo element of the original sound signal. In this study, short time frame signals subdivided reverberant speech by time windowing, and we attempted to reduce the echo influence by subtracting previous frame signals from the current frame signal. Weighing coefficient and adjusted time for the subtractions are determined by correlation between past and current signals. In the case that reverberation time is about 1 sec, the result of simulation shows good recovery of original speech
The phenomenon of reverberations has always and will continue to be a potential debating issue in te...
To reduce speech degradation in reverberant environments, we previously proposed a modulation-transf...
Reverberation, a component of any sound generated in a natural environment, can degrade speech inte...
Abstract — Speech signals recorded with a distant microphone usu-ally contain reverberation, which d...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
This paper proposes a method for blindly estimating the reverberation time based on the concept of t...
We previously proposed a speech dereverberation method based on the MTF concept. In the proposed mod...
We previously proposed an improved method for restoring the power envelope from a reverberant signal...
This paper addresses the problem of blind speech dereverberation by inverse filtering of a room acou...
Many methods of speech dereverberation have been proposed to reduce the effects of reverberation. Th...
Many methods of speech dereverberation have been proposed to reduce the effects of reverberation. Th...
The phenomenon of reverberations has always and will continue to be a potential debating issue in te...
The phenomenon of reverberations has always and will continue to be a potential debating issue in te...
To reduce speech degradation in reverberant environments, we previously proposed a modulation-transf...
Reverberation, a component of any sound generated in a natural environment, can degrade speech inte...
Abstract — Speech signals recorded with a distant microphone usu-ally contain reverberation, which d...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
Speech signals recorded with a distant microphone usually contain reverberation, which degrades the ...
This paper proposes a method for blindly estimating the reverberation time based on the concept of t...
We previously proposed a speech dereverberation method based on the MTF concept. In the proposed mod...
We previously proposed an improved method for restoring the power envelope from a reverberant signal...
This paper addresses the problem of blind speech dereverberation by inverse filtering of a room acou...
Many methods of speech dereverberation have been proposed to reduce the effects of reverberation. Th...
Many methods of speech dereverberation have been proposed to reduce the effects of reverberation. Th...
The phenomenon of reverberations has always and will continue to be a potential debating issue in te...
The phenomenon of reverberations has always and will continue to be a potential debating issue in te...
To reduce speech degradation in reverberant environments, we previously proposed a modulation-transf...
Reverberation, a component of any sound generated in a natural environment, can degrade speech inte...