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N. Peters, BR. L.. Giordano, S. Kim, J. Braasch, and S. McAdams, "Predicting Perceived Off-Center Sound Degradation in Surround Loudspeaker Setups for Various Multichannel Microphone Techniques," Paper 7580, (2008 October.). doi: N. Peters, BR. L.. Giordano, S. Kim, J. Braasch, and S. McAdams, "Predicting Perceived Off-Center Sound Degradation in Surround Loudspeaker Setups for Various Multichannel Microphone Techniques," Paper 7580, (2008 October.). doi:
Abstract: Multiple listening tests were conducted to examine the influence of microphone techniques on the quality of sound reproduction. Generally, testing focuses on the central listening position (CLP), and neglects off-center listening positions. Exploratory tests focusing on the degradation in sound quality at off-center listening positions were presented at the 123rd AES Convention. Results showed that the recording technique does influence the degree of sound degradation at off-center positions. This paper focuses on the analysis of the binaural re-recording at the different listening positions in order to interpret the results of the previous listening tests. Multiple linear regression is used to create a predictive model which accounts for 85% of the variance in the behavioral data. The primary successful predictors were spectral and the secondary predictors were spatial in nature.

@article{peters2008predicting,
author={peters, nils and giordano, bruno l. and kim, sungyoung and braasch, jonas and mcadams, stephen},
journal={journal of the audio engineering society},
title={predicting perceived off-center sound degradation in surround loudspeaker setups for various multichannel microphone techniques},
year={2008},
volume={},
number={},
pages={},
doi={},
month={october},} @article{peters2008predicting,
author={peters, nils and giordano, bruno l. and kim, sungyoung and braasch, jonas and mcadams, stephen},
journal={journal of the audio engineering society},
title={predicting perceived off-center sound degradation in surround loudspeaker setups for various multichannel microphone techniques},
year={2008},
volume={},
number={},
pages={},
doi={},
month={october},
abstract={multiple listening tests were conducted to examine the influence of microphone techniques on the quality of sound reproduction. generally, testing focuses on the central listening position (clp), and neglects off-center listening positions. exploratory tests focusing on the degradation in sound quality at off-center listening positions were presented at the 123rd aes convention. results showed that the recording technique does influence the degree of sound degradation at off-center positions. this paper focuses on the analysis of the binaural re-recording at the different listening positions in order to interpret the results of the previous listening tests. multiple linear regression is used to create a predictive model which accounts for 85% of the variance in the behavioral data. the primary successful predictors were spectral and the secondary predictors were spatial in nature.},}

TY - paper
TI - Predicting Perceived Off-Center Sound Degradation in Surround Loudspeaker Setups for Various Multichannel Microphone Techniques
SP - EP -
AU - Peters, Nils
AU - Giordano, Bruno L.
AU - Kim, Sungyoung
AU - Braasch, Jonas
AU - McAdams, Stephen
PY - 2008
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - October 2008 TY - paper
TI - Predicting Perceived Off-Center Sound Degradation in Surround Loudspeaker Setups for Various Multichannel Microphone Techniques
SP - EP -
AU - Peters, Nils
AU - Giordano, Bruno L.
AU - Kim, Sungyoung
AU - Braasch, Jonas
AU - McAdams, Stephen
PY - 2008
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - October 2008
AB - Multiple listening tests were conducted to examine the influence of microphone techniques on the quality of sound reproduction. Generally, testing focuses on the central listening position (CLP), and neglects off-center listening positions. Exploratory tests focusing on the degradation in sound quality at off-center listening positions were presented at the 123rd AES Convention. Results showed that the recording technique does influence the degree of sound degradation at off-center positions. This paper focuses on the analysis of the binaural re-recording at the different listening positions in order to interpret the results of the previous listening tests. Multiple linear regression is used to create a predictive model which accounts for 85% of the variance in the behavioral data. The primary successful predictors were spectral and the secondary predictors were spatial in nature.