The paper proposes an efficient microphone array processing technique for speech enhancement. The scheme incorporates the source and interference predefined regions into a subband generalized sidelobe canceller (GSC). The lower path consists of two space constrained beamformers to extract the interference information outside the source region. This information then serves as a reference for an improved adaptive noise canceller to enhance the target signal. The key feature of this approach is that it is voice activity detector free. Evaluations made in a hands-free situation show very good interference suppression with negligible expense on the source distortion
Abstract—In this paper, two new noise reduction algorithms are presented which are robust to the mis...
Abstract: Combating noise signals is still a very important and challenging research topic. Previous...
This paper introduces a new constrained adaptive subband beamformer algorithm for speech enhancement...
This project presents the description, design and the implementation of a 4-channel microphone array...
To achieve robustness and efficiency for voice communication in noise, the noise suppression and ban...
To achieve robustness and efficiency for voice communication in noise, the noise suppression and ban...
To achieve robustness and efficiency for voice communication in noise, the noise suppression and ban...
Speech enhancement by means of microphone array signal processing has a major role in voice communic...
The generalized sidelobe canceller (GSC) method is a common algorithm to enhance audio signals using...
This paper presents a new robust microphone array processing technique to enhance speech signal unde...
This paper proposes a two-channel adaptive micro-phone array with target tracking to reduce external...
This paper describes a new microphone array technique and investigates its effectiveness for speech...
© 2018 IEEE. The use of an external microphone in conjunction with an existing local microphone arra...
This paper presents a new robust microphone array processing technique to enhance speech signal un...
This paper introduces a new subband adaptive space constrained beamforming structure for use in hand...
Abstract—In this paper, two new noise reduction algorithms are presented which are robust to the mis...
Abstract: Combating noise signals is still a very important and challenging research topic. Previous...
This paper introduces a new constrained adaptive subband beamformer algorithm for speech enhancement...
This project presents the description, design and the implementation of a 4-channel microphone array...
To achieve robustness and efficiency for voice communication in noise, the noise suppression and ban...
To achieve robustness and efficiency for voice communication in noise, the noise suppression and ban...
To achieve robustness and efficiency for voice communication in noise, the noise suppression and ban...
Speech enhancement by means of microphone array signal processing has a major role in voice communic...
The generalized sidelobe canceller (GSC) method is a common algorithm to enhance audio signals using...
This paper presents a new robust microphone array processing technique to enhance speech signal unde...
This paper proposes a two-channel adaptive micro-phone array with target tracking to reduce external...
This paper describes a new microphone array technique and investigates its effectiveness for speech...
© 2018 IEEE. The use of an external microphone in conjunction with an existing local microphone arra...
This paper presents a new robust microphone array processing technique to enhance speech signal un...
This paper introduces a new subband adaptive space constrained beamforming structure for use in hand...
Abstract—In this paper, two new noise reduction algorithms are presented which are robust to the mis...
Abstract: Combating noise signals is still a very important and challenging research topic. Previous...
This paper introduces a new constrained adaptive subband beamformer algorithm for speech enhancement...