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Study and Design of Differential Microphone Arrays (Springer Topics in Signal
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Study and Design of Differential Microphone Arrays (Springer Topics in Signal Processing) Hardcover - 2012 - 2013th Edition

by Jacob Benesty/ Jingdong Chen

  • New
  • Hardcover

Description

Springer, 2012. Hardcover. New. 2013 edition. 190 pages. 9.25x0.59x6.10 inches.
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Details

  • Title Study and Design of Differential Microphone Arrays (Springer Topics in Signal Processing)
  • Author Jacob Benesty/ Jingdong Chen
  • Binding Hardcover
  • Edition number 2013th
  • Edition 2013
  • Condition New
  • Pages 184
  • Volumes 1
  • Language ENG
  • Publisher Springer
  • Date 2012
  • Illustrated Yes
  • Features Illustrated
  • Bookseller's Inventory # x-364233752X
  • ISBN 9783642337529 / 364233752X
  • Weight 0.9 lbs (0.41 kg)
  • Dimensions 9.2 x 6.3 x 0.6 in (23.37 x 16.00 x 1.52 cm)
  • Themes
    • Aspects (Academic): Science/Technology Aspects
  • Dewey Decimal Code 621.382

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From the rear cover

Microphone arrays have attracted a lot of interest over the last few decades since they have the potential to solve many important problems such as noise reduction/speech enhancement, source separation, dereverberation, spatial sound recording, and source localization/tracking, to name a few. However, the design and implementation of microphone arrays with beamforming algorithms is not a trivial task when it comes to processing broadband signals such as speech. Indeed, in most sensor arrangements, the beamformer tends to have a frequency-dependent response. One exception, perhaps, is the family of differential microphone arrays (DMAs) that have the promise to form frequency-independent responses. Moreover, they have the potential to attain high directional gains with small and compact apertures. As a result, this type of microphone arrays has drawn much research and development attention recently. This book is intended to provide a systematic study of DMAs from a signal processing perspective. The primary objective is to develop a rigorous but yet simple theory for the design, implementation, and performance analysis of DMAs.