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Signal processing / Audio effects / Audio engineering / Acoustics / Active noise control / Microphone / Loudspeaker / Frequency response / Feedback / Electronics / Electromagnetism / Control theory


DESIGN AND TEST OF A FEEDBACK CONTROLLER FOR ATTENUATING LOW FREQUENCY NOISE IN A ROOM C. Bao1, R. Paurobally2 and J. Pan2* 1Building A51, 2School
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Document Date: 2011-05-02 01:34:46

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City

Crawley / Rockingham / Cleveland / London / Adelaide / Marseille / /

Company

J.S. Vipperman D.D. / /

Country

Australia / /

Facility

The University of Western Australia / /

IndustryTerm

energy levels / digital signal processors / noise control technology / feedback control systems / control algorithm / local feedback control systems / acoustic energy / energy-objective function / adaptive energy absorption / energy term / attractive solution / energy / /

OperatingSystem

Aix / /

Organization

Case Western Reserve Univ. / University of Western Australia / /

Person

Elliott / M.M. da Silva / Nelson / W. Desmet / Hong / H. Van Brussel / P. Sas / L.P.R. de Oliveira / /

Position

designer / THE FEEDBACK CONTROLLER / FEEDBACK CONTROLLER / controller / /

ProvinceOrState

Western Australia / Ohio / /

PublishedMedium

Journal of Sound and Vibration / /

Region

Western Australia / /

Technology

radiation / broadband / INTRODUCTION Active noise control technology / 3-D / control algorithm / digital signal processors / /

URL

www.acoustics.asn.au/joomla/acoustics-2009.html / /

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