GOLDBERG AND MÄKIVIRTA
AUTOMATED IN-SITU EQUALISATION
AES 114TH CONVENTION, AMSTERDAM, THE NETHERLANDS, 2003 MARCH 22-25
12
production”, IEEE Trans. Sp. and Audio Process-
ing, Vol 3, pp 185-192, May 1995.
[21] KIRKBY O., NELSON P.A., HAMADA H.,
ORDUNA-BUSTAMANTE F., “Fast Deconvolu-
tion of Multichannel Systems Using Regularisa-
tion”, IEEE Trans. Sp. and Audio Processing, Vol
6, pp 189-194, Mar 1998.
[22] JOHANSEN L.G. and RUBAK P., “Listening
Test Results from a new Loudspeaker/Room Cor-
rection System”, 110th Audio Engineering Soci-
ety Convention, Preprint 5323, May 2001.
[23] JOHANSEN L.G. and RUBAK P., “Design and
Evaluation of Digital Filters Applied to Loud-
speaker/Room Equalization”, 108th Audio Engi-
neering Society Convention, Preprint 5172, Feb
2000.
[24] NELSON P.A. and ELLIOT S.J., “Active Control
of Sound”, Academic Press, London, 1993.
[25]
DARLINGTON P. and AVIS M.R., “Time
Frequency Response of a Room with Active
Acoustic Absorption”, 100th Audio Engineering
Society Convention, Preprint 4192, May 1996.
[26]
AVIS M.R., “The Active Control of Low
Frequency Room Modes”, Ph.D. Thesis, Univer-
sity of Salford, Department Applied Acoustics,
2001.
[27] AVIS M.R., “IIR Bi-Quad Controllers for Low
Frequency Acoustic Resonance”, 111th Audio
Engineering Society Convention, Preprint 5474,
Sep 2001.
[28]
MÄKIVIRTA A, ANTSALO P. KAR-
JALAINEN M. and VÄLIMÄKI V., “Low Fre-
quency Modal Equalisation of Loudspeaker
Room-Responses”, 111th Audio Engineering So-
ciety Convention, Preprint 5480, Sep 2001.
[29] KARJALAINEN M., ESQEUF P.A.A., ANT-
SALO P., MÄKIVIRTA A. and VÄLIMÄKI V.
“AR/ARMA Analysis and Modelling of Modes in
Resonant and Reverberant Systems”, 112th Au-
dio Engineering Society Convention, Preprint
5590, May 2002.
[30]
FIELDER L.D., “Practical Limits for Room
Equalization”, 111th Audio Engineering Society
Convention, Preprint 5481, Sep 2001.
[31] MOORE B.C.J., GLASBERG B.R., PLACK C.J.
and BISWAS A.K., “The shape of the Ear’s Tem-
poral Window”, Journal of the Acoustical Society
of America, Vol 83, pp 1102-1116, Mar 1988.
[32] MARTIKAINEN I., VARLA A and PARTANEN
T., “Design of a High Power Active Control
Room Monitor”, 86th Audio Engineering Society
Convention, Preprint 2755, Mar 1989.
[33]
ALLISON R.F., “The Influence of Room
Boundaries on Loudspeaker Power Output”,
Journal of the Audio Engineering Society, Vol
22, pp 314-320, Jun 1974.
[34] BERANEK L.L., “Acoustics”, Acoustical Society
of America, 1993. ISBN 0-88318-494-X.
[35] KINSLER L.E., FREY A.R., COPPINS A.B. and
SANDERS J.V., “Fundamentals of Acoustics –
3rd Edition”, John Wiley and Sons, 1982. ISBN
0-471-02933-5.
[36]
BORWICK J., “Loudspeaker and Headphone
Handbook – 2nd Edition”, Focal Press, 1994.
ISBN 0-240-51371-1.
[37] The MathWorks, Matlab 6.1, R12.1, “MATLAB
Optimisation Toolbox User’s Guide, version
2.1.1, 2001”, The MathWorks Inc. Natick, 2001.
[38] WinMLS2000,
http://www.winmls.com,
Dec
2002.
[39] Neutrik Test Instruments (NTI), http://www.nt-
instruments.com, Dec 2002.
[40] International Telecommunications Union, “ITU-R
BS.1116-1: Methods for the Assessment of Small
Impairments in Audio Systems Including Multi-
channel Sound Systems”, International Telecom-
munications Union, Geneva 1994.
[41]
International Standards Organisation, “ISO
3382:1997: Acoustics – Measurement of the Re-
verberation Time of Rooms with Reference to
Other Acoustical Parameters”, International Stan-
dards Organisation, Geneva 1997.
[42] GOLDBERG A.P., “In-Situ Frequency Response
Optimisation of Active Loudspeakers”, M.Sc.
Thesis, Helsinki University of Technology, De-
partment of Acoustics and Audio Signal Process-
ing, 2003.