For the dereverberation of acoustic channels or the rendering of a specific sound field, the inversion of acoustics is a central problem and generally involves multichannel techniques. In this paper, we introduce a subband approach to the adaptive solution of this equalization problem. The presented method generally allows for faster convergence at lower complexity. We also address limitations of the subband technique, potential error sources, and design specifications. Simulations are presented underlining the use of our method
Non-adaptive multichannel equalization (MCEQ) algorithms based on multiple input/output inverse theo...
The objective of acoustic multichannel equalization is to design a reshaping filter that reduces rev...
Abstract In acoustic multi-channel equalization techniques, such as complete multi-channel equalizat...
For the dereverberation of acoustic channels or the rendering of a specific sound field, the inversi...
For the dereverberation of acoustic channels or the rendering of a specific sound field, the inversi...
Speech signals acquired by a distant microphone inside an enclosed space is often degraded by reverb...
A discussion is given of two techniques for designing inverse filters for use in multichannel sound ...
Multichannel equalization of acoustic impulse responses (AIRs) is an important approach for dereverb...
5noThis paper deals with a subband implementation of an adaptive multichannel and multiple position ...
Acoustic reverberation arises from the reflection of sound waves within an enclosed space. It is gen...
In most real-world acoustical scenarios, speech signals captured by distant microphones from a sourc...
This paper describes a general theoretical basis for the design of adaptive digital filters used for...
The potential presence of fractional delays, non-minimum phase parts, and a colouring of the channel...
The performance of acoustic multichannel equalization techniques, which are based on estimating and ...
The multiple-input/output inverse theorem (MINT) algorithm for multichannel equalization is computat...
Non-adaptive multichannel equalization (MCEQ) algorithms based on multiple input/output inverse theo...
The objective of acoustic multichannel equalization is to design a reshaping filter that reduces rev...
Abstract In acoustic multi-channel equalization techniques, such as complete multi-channel equalizat...
For the dereverberation of acoustic channels or the rendering of a specific sound field, the inversi...
For the dereverberation of acoustic channels or the rendering of a specific sound field, the inversi...
Speech signals acquired by a distant microphone inside an enclosed space is often degraded by reverb...
A discussion is given of two techniques for designing inverse filters for use in multichannel sound ...
Multichannel equalization of acoustic impulse responses (AIRs) is an important approach for dereverb...
5noThis paper deals with a subband implementation of an adaptive multichannel and multiple position ...
Acoustic reverberation arises from the reflection of sound waves within an enclosed space. It is gen...
In most real-world acoustical scenarios, speech signals captured by distant microphones from a sourc...
This paper describes a general theoretical basis for the design of adaptive digital filters used for...
The potential presence of fractional delays, non-minimum phase parts, and a colouring of the channel...
The performance of acoustic multichannel equalization techniques, which are based on estimating and ...
The multiple-input/output inverse theorem (MINT) algorithm for multichannel equalization is computat...
Non-adaptive multichannel equalization (MCEQ) algorithms based on multiple input/output inverse theo...
The objective of acoustic multichannel equalization is to design a reshaping filter that reduces rev...
Abstract In acoustic multi-channel equalization techniques, such as complete multi-channel equalizat...