Dereverberation is required in various speech processing applications such as handsfree telephony and voice-controlled systems, especially when signals are applied that are recorded in a moderately or highly reverberant environment. In this paper, we compare a number of classical and more recently developed multimicrophone dereverberation algorithms, and validate the different algorithmic settings by means of two performance indices and a speech recognition system. It is found that some of the classical solutions obtain a moderate signal enhancement. More advanced subspace-based dereverberation techniques, on the other hand, fail to enhance the signals despite their high-computational load
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 presents a conversational speech recognition system able to operate in non-stationary rev...
Dereverberation is required in various speech processing applications such as handsfree telephony a...
This paper investigates four single-channel speech dereverberation algorithms, i.e., two unsupervise...
In this paper a multi-microphone speech dereverberation al-gorithm is presented. The developed algor...
In this paper we perform an extensive theoretical and experimental comparison of two recently propos...
Dereverberation is a growing area of research with many new algorithms appearing in the literature. ...
In speech communication systems, such as voice-controlled systems, hands-free mobile telephones, and...
In speech communication systems, the microphone signals are degraded by reverberation and ambient no...
This article presents an overview of the single-channel dereverberation methods suitable for distant...
Speech signals recorded in an enclosed space by microphones at a distance from the speaker are often...
Speech signals recorded in an enclosed space by microphones at a distance from the speaker are often...
Speech recognition technology reaches almost a practical level if we use a close contact microphone ...
Room reverberation degrades the quality and intelligibility of speech and also reduces the performan...
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 presents a conversational speech recognition system able to operate in non-stationary rev...
Dereverberation is required in various speech processing applications such as handsfree telephony a...
This paper investigates four single-channel speech dereverberation algorithms, i.e., two unsupervise...
In this paper a multi-microphone speech dereverberation al-gorithm is presented. The developed algor...
In this paper we perform an extensive theoretical and experimental comparison of two recently propos...
Dereverberation is a growing area of research with many new algorithms appearing in the literature. ...
In speech communication systems, such as voice-controlled systems, hands-free mobile telephones, and...
In speech communication systems, the microphone signals are degraded by reverberation and ambient no...
This article presents an overview of the single-channel dereverberation methods suitable for distant...
Speech signals recorded in an enclosed space by microphones at a distance from the speaker are often...
Speech signals recorded in an enclosed space by microphones at a distance from the speaker are often...
Speech recognition technology reaches almost a practical level if we use a close contact microphone ...
Room reverberation degrades the quality and intelligibility of speech and also reduces the performan...
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 presents a conversational speech recognition system able to operate in non-stationary rev...