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The objective of this project is to compare the relative merits of two different spatial audio recording and rendering techniques within the context of two different multichannel reproduction systems. The two recordings and rendering techniques are "natural," using main microphone arrays, and "virtual," using spot microphones, panning, and simulated acoustic delay. The two reproduction systems are the 3/2 system (5.1 surround), and a 12/2 system, where the frontal L/C/R triplet is replaced by a 12 loudspeaker linear array. Additionally, the project seeks to know if standard surround techniques can be used in combination with wavefront reconstruction techniques such as Wave Field Synthesis. The Hamasaki Square was used for the room effect in all cases, exhibiting the startling quality of increasing the depth of the frontal image.
Author (s): Romblom, David;
Guastavino, Catherine;
King, Richard;
Affiliation:
McGill University; The Centre for Interdisciplinary Research in Music Media and Technology
(See document for exact affiliation information.)
AES Convention: 133
Paper Number:62
Publication Date:
2012-10-06
DOI:
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Romblom, David; Guastavino, Catherine; King, Richard; 2012; A Comparison of Recording, Rendering, and Reproduction Techniques for Multichannel Spatial Audio [PDF]; McGill University; The Centre for Interdisciplinary Research in Music Media and Technology; Paper 62; Available from: https://aes.org/publications/elibrary-page/?id=16617
Romblom, David; Guastavino, Catherine; King, Richard; A Comparison of Recording, Rendering, and Reproduction Techniques for Multichannel Spatial Audio [PDF]; McGill University; The Centre for Interdisciplinary Research in Music Media and Technology; Paper 62; 2012 Available: https://aes.org/publications/elibrary-page/?id=16617
@inproceedings{Romblom2012a,
title={{A Comparison of Recording, Rendering, and Reproduction Techniques for Multichannel Spatial Audio}},
author={Romblom, David and Guastavino, Catherine and King, Richard},
year={2012},
month={oct},
booktitle={Journal of the Audio Engineering Society},
publisher={Engineering Brief 62; AES Convention 133; October 2012},
number={62},
organization={AES},
}
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