GOLDBERG AND MÄKIVIRTA
AUTOMATED IN-SITU EQUALISATION
AES 23RD CONFERENCE, May 23-25, 2003
12
[19] Radlovic B. D. and Kennedy R. A., “Non-
minimum Phase Equalisation and its Subjective Im-
portance in Room Acoustics,”
IEEE Trans. Speech
Audio Proc.
, vol. 8, pp. 728-737 (2000 Nov.).
[20] Nelson P. A., Orduna-Bustamante F. and
Hamada H., “Inverse Filter Design and Equalisation
Zones in Multichannel Sound Reproduction,”
IEEE
Trans. Speech Audio Proc.
, vol. 3, pp. 185-192 (1995
May).
[21] Kirkeby O., Nelson P.A., Hamada H., Orduna-
Bustamante F., “Fast Deconvolution of Multichannel
Systems Using Regularisation,”
IEEE Trans. Speech
Audio Proc.
, vol. 6, pp. 189-194 (1998 Mar).
[22] Johansen L. G. and Rubak P., “Listening Test
Results from a new Loudspeaker/Room Correction
System,” presented in 110th Conv. Audio Eng. Soc.,
preprint 5323 (2001 May).
[23] Johansen L. G. and Rubak P., “Design and
Evaluation of Digital Filters Applied to Loud-
speaker/Room Equalisation,” presented in 108th
Conv. Audio Eng. Soc., preprint 5172 (2000 Feb.).
[24] Fielder L. D., “Analysis of Traditional and
Reverberation-Reducing Methods of Room Equalisa-
tion,”
J. Audio Eng. Soc.
, vol. 51, pp. 3-26 (2003
Jan/Feb.).
[25] Nelson P. A. and Elliott S. J.,
Active Control of
Sound
(Academic Press, London, 1993).
[26] Darlington P. and Avis M. R., “Time Fre-
quency Response of a Room with Active Acoustic
Absorption,” presented in 100th Conv. Audio Eng.
Soc., preprint 4192 (1996 May).
[27] Avis M. R.,
The Active Control of Low Fre-
quency Room Modes
(Ph.D. Thesis, University of Sal-
ford, Dep. Applied Acoustics, 2001).
[28] Avis M. R., “IIR Bi-Quad Controllers for Low
Frequency Acoustic Resonance,” presented in 111th
Conv. Audio Eng. Soc., preprint 5474 (2001 Sep.).
[29] Mäkivirta A., Antsalo P. Karjalainen M. and
Välimäki V., “Low Frequency Modal Equalisation of
Loudspeaker Room-Responses,” presented in 111th
Conv. Audio Eng. Soc., preprint 5480 (2001 Sept.).
[30] Karjalainen M., Esquef P. A. A., Antsalo P.,
Mäkivirta A. and Välimäki V. “Frequency-Zooming
ARMA Modelling of Resonant and Reverberant Sys-
tems,”
J. Audio Eng. Soc.
, vol. 50, pp. 1012-1029
(2002 Dec.).
[31] Moore B. C .J., Glasberg B. R., Plack C. J. and
Biswas A. K., “The shape of the Ear’s Temporal Win-
dow,”
J. Acoustical Soc. America
, vol. 83, pp. 1102-
1116 (1988 Mar).
[32] Martikainen I., Varla A. and Partanen T., “De-
sign of a High Power Active Control Room Monitor,”
presented at 86th Audio Engineering Society Conven-
tion, preprint 2755 (1989 Mar.).
[33] Allison R. F., “The Influence of Room
Boundaries on Loudspeaker Power Output,”
J. Audio
Eng. Soc.
, vol. 22, pp. 314-320 (1974 June).
[34] Beranek L. L.,
Acoustics
(Acoustical Society
of America, 1993).
[35] Kinsler L. E., Frey A. R., Coppins A. B. and
Sanders J. V.,
Fundamentals of Acoustics
(3. ed., John
Wiley and Sons, 1982).
[36] Borwick J.,
Loudspeaker and Headphone
Handbook
(2. ed., Focal Press, 1994).
[37]
The MathWorks, “
MATLAB Optimisation
Toolbox User’s Guide (v. 6.1)
” (The MathWorks Inc.,
Natick, 2001).
[38] Goldberg A. P., Mäkivirta A., “
Automated In-
Situ Frequency Response Optimisation of Active
Loudspeakers
” accepted for 114th Conv. Audio Eng.
Soc. (2003 Mar.).
[39] Morset Sound Development, WinMLS2000,
http://www.winmls.com (2003 Feb.).
[40] NTI AG., Neutrik Test Instruments, 3382 Mi-
crophone, http://www.nt-instruments.com (2003
Feb.).
[41] Goldberg A. P., “
In-Situ Frequency Response
Optimisation of Active Loudspeakers
” (M.Sc. Thesis,
Helsinki University of Technology, Department of
Acoustics and Audio Signal Processing, 2003).
[42] Mäkivirta A., Anet C., “
A Survey Study of In-
Situ Stereo and Multi-Channel Monitoring Condi-
tions
” presented in 111th Conv. Audio Eng. Soc.
(2001 Dec.).
