Titlebook: Microphone Arrays; Jacob Benesty,Gongping Huang,Ningning Pan Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive li

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Distortionless Beamforming,ting and practical (fixed or adaptive) beamformers are distortionless. Therefore, it is of interest to study this important family of beamformers and understand how they really work. This is the objective of this chapter. A byproduct of this investigation is the derivation of optimal robust beamformers, which are so much useful in sensor arrays.

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Binaural Beamforming,ring system. Basically, after beamforming, we wish to place the desired speech signal and noise in different positions in the perceptual space in order to possibly improve intelligibility as compared to the conventional (monaural) beamforming technique.

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1866-2609 for dimensionality reduction and fixed and adaptive beamfor.This book explains the motivation for using microphone arrays as opposed to using a single sensor for sound acquisition. The book then goes on to summarize the most useful ideas, concepts, results, and new algorithms therein. The material

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Limitations of Single Microphone Processing,ny systems. This method has, obviously, great limitations. In this chapter, we explain why and show the importance of spatial information (with just two microphones) to fully understand why it leads to greater flexibility and much better performance.

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Fundamentals of Microphone Array Processing,n this chapter, we make a concise overview of the most fundamental concepts in microphone array processing. We start with the signal model by considering the general case of three-dimensional arrays. In this context, we explain how to conduct linear beamforming, from which very useful performance me

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