York / Madrid / San Francisco / Massachusets / Trondheim / Paris / Portland / Christchurch / Toronto / Amsterdam / Milan / Sevilla / Gothenburg / Seattle / Baltimore / New York / Newport / Rome / Cambridge / Copenhagen / Melbourne / Lisbon / London / Adelaide / Kirishima / Malden / Chicago / Paper / /
Company
MIT Press / M. A. Poletti Industrial Research Limited / Assisted Reverberation Systems / A. J. Berkhout D. D. / Philips / Yamaha / AT&T Bell Labs / BT / Bell Labs / Australia Active Acoustic Systems / Sixth Intl / Spon Press / Reverberation Enhancement Systems / Shimizu / Time Variant Acoustic Enhancement Systems / AES Korea / /
Continent
America / Europe / Americas / /
Country
Netherlands / Norway / Japan / Australia / Korea / United Kingdom / Sweden / New Zealand / United States / /
Facility
Norwegian University of Science / Central Hall / Opera Houses / Graz University of Technology / American Institute of Physics / Opera Hall / Zellerbach Hall / University of Auckland / Concert Hall / Royal Festival Hall / Acoustic studio / /
IndustryTerm
early and late energy / late energy arriving / earliest applications / resonance systems / time-variant systems / point processors / passive and active acoustic systems / digital processing / regenerative systems / channel electroacoustic systems / acoustic systems / level of late arriving lateral energy / Early energy / electroacoustic systems / early and late energy arriving / timeinvariant systems / energy / music reproduction systems / recent in-line systems / Time-invariant systems / enhancement systems / earliest in-line systems / large mechanical actuator systems / direct energy / time-invariant and time-variant systems / acoustic enhancement systems / public address sound systems / active acoustics systems / early energy enhancement / stereo reproduction systems / Active acoustic systems / Subsequent systems / non-regenerative systems / linear time-varying systems / early-to-late energy / bass energy problems / large systems / early energy properties / early lateral energy fraction / early and late-arriving energy / unitary feedback multichannel systems / passive networks / analogue processing / digital delay systems / directional late energy ratios / In-line systems / electronic processors / late energy / unitary processor / sound energy / sound systems / technology risks / minimum energy operation / active systems / time-varying systems / electronics / time-varying digital processing / multichannel systems / of late arriving energy / early systems / sound reinforcement systems / multichannel sound systems / directions-of-arrival of late energy / cancellation algorithms / far technology / large multichannel systems / electroacoustic architecture systems / /
MarketIndex
SDI / BQI / /
MusicGroup
Amplifier / /
Organization
American Institute of Physics / Chalmers Univ. / Norwegian University of Science / Norwegian University of Science and Technology / MIT / Acoustical Society of America / Johns Hopkins Univ. / Congress / University of Auckland / Graz University of Technology / /
Person
A. H. Marshall / K. F. Siebrasse / H. Alrutz / K. Nagano / F. Van Tol / Acta Acustica / R. Schroeder / D. Gottlob / Acustica-Acta Acustica / R. C. Scharff / T. I. Laakso / V / M. R. Schroeder / Wallace Clement Sabine / Barnett / Philosophia Naturalis / Sabine Cent / D. Van Nostrand / V. Dusek / /
Position
nonstationary source model / ” IEEE Trans / RT / loudspeaker driver / enhanced RT / author / natural room RT / mid-frequency RT / DISCLOSURE The author / driver / resulting room RT / bass RT / room RT / dummy head / low-frequency RT / music director / musician / flat RT / /
radiation / Array technology / AFC technology / Echo cancellation algorithms / digital processor / frequency modulation / Broadband / how far technology / floating point processors / simulation / System processor / /
Proceedings of the International Symposium on Room Acoustics, ISRA[removed]August 2010, Melbourne, Australia Active Acoustic Systems for the Control of Room Acoustics M. A. Poletti