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In order to achieve ambient and exactly sound-localized musical recording with less number of microphones, we studied sound acquisition performances of microphone arrangements utilizing their Frequency Dependent Spatial Cross Correlation (FSCC). The result is that MS microphone is best for this purpose. The setting of the microphonefs directional azimuth at 132Kis the best for ambient sound acquisition and setting of that at 120Kis best for on-stage sounds acquisition. We conducted actual concert recordings with combining those MS microphones (Dual MS microphone systems) and obtained satisfactory results. Successively, we studied the proper setting positions of those microphones. For ambient sound acquisition, suspending the microphone at the center of concert hall is favorable, and for on-stage sound acquisition, locating it at almost above the conductorfs position will be satisfactory. Process of the studies will be reported.
Author (s): Muraoka, Teruo;
Miura, Takahiro;
Ifukube, Tohru;
Affiliation:
University of Tokyo, Tokyo, Japan
(See document for exact affiliation information.)
AES Convention: 126
Paper Number:7662
Publication Date:
2009-05-06
Session subject:
Recording, Reproduction, and Delivery
DOI:
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Muraoka, Teruo; Miura, Takahiro; Ifukube, Tohru; 2009; Ambience Sound Recording Utilizing Dual MS (Mid-Side) Microphone Systems Based upon Frequency Dependent Spatial Cross Correlation (FSCC) [Part-3: Consideration of Microphones' Locations] [PDF]; University of Tokyo, Tokyo, Japan; Paper 7662; Available from: https://aes.org/publications/elibrary-page/?id=14858
Muraoka, Teruo; Miura, Takahiro; Ifukube, Tohru; Ambience Sound Recording Utilizing Dual MS (Mid-Side) Microphone Systems Based upon Frequency Dependent Spatial Cross Correlation (FSCC) [Part-3: Consideration of Microphones' Locations] [PDF]; University of Tokyo, Tokyo, Japan; Paper 7662; 2009 Available: https://aes.org/publications/elibrary-page/?id=14858
@inproceedings{Muraoka2009ambience,
title={{Ambience Sound Recording Utilizing Dual MS (Mid-Side) Microphone Systems Based upon Frequency Dependent Spatial Cross Correlation (FSCC) [Part-3: Consideration of Microphones' Locations]}},
author={Muraoka, Teruo and Miura, Takahiro and Ifukube, Tohru},
year={2009},
month={may},
booktitle={Journal of the Audio Engineering Society},
publisher={Paper 7662; AES Convention 126; May 2009},
number={7662},
organization={AES},
}
TY – paper
TI – Ambience Sound Recording Utilizing Dual MS (Mid-Side) Microphone Systems Based upon Frequency Dependent Spatial Cross Correlation (FSCC) [Part-3: Consideration of Microphones' Locations]
AU – Muraoka, Teruo
AU – Miura, Takahiro
AU – Ifukube, Tohru
PY – 2009
JO – Journal of the Audio Engineering Society
VL – 7662
Y1 – May 2009
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