Rendering Near-field Point Sound Sources Through an Iterative Weighted Crosstalk Cancellation Method
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Z. Ge, P. Tian, L. Li, and T. Qu, "Rendering Near-field Point Sound Sources Through an Iterative Weighted Crosstalk Cancellation Method," Paper 10649, (2023 May.). doi:
Z. Ge, P. Tian, L. Li, and T. Qu, "Rendering Near-field Point Sound Sources Through an Iterative Weighted Crosstalk Cancellation Method," Paper 10649, (2023 May.). doi:
Abstract: In a 3-D audio system with loudspeakers reproduction, the entire sound field or local sound field could be reproduced. While methods for entire sound field reproduction usually use many loudspeakers, methods for local sound field reproduction are more practical for home use for their less requirement of loudspeakers. The crosstalk cancellation (CTC) system, a well-known local sound field reproduction system, has been extensively studied in the last several decades. As known, a mismatch of a listening position significantly distorts the perceived sounds. This paper proposes an iterative weighted CTC system that allows listeners to rotate their heads to some extent when listening. This system will increase the robustness of the CTC system. Experiment results showed that our system has better robustness in reproducing near-field point sources than typical CTC systems and near-field compensated higher-order Ambisonics systems.
@article{ge2023rendering,
author={ge, zhongshu and tian, pei and li, liang and qu, tianshu},
journal={journal of the audio engineering society},
title={rendering near-field point sound sources through an iterative weighted crosstalk cancellation method},
year={2023},
volume={},
number={},
pages={},
doi={},
month={may},}
@article{ge2023rendering,
author={ge, zhongshu and tian, pei and li, liang and qu, tianshu},
journal={journal of the audio engineering society},
title={rendering near-field point sound sources through an iterative weighted crosstalk cancellation method},
year={2023},
volume={},
number={},
pages={},
doi={},
month={may},
abstract={in a 3-d audio system with loudspeakers reproduction, the entire sound field or local sound field could be reproduced. while methods for entire sound field reproduction usually use many loudspeakers, methods for local sound field reproduction are more practical for home use for their less requirement of loudspeakers. the crosstalk cancellation (ctc) system, a well-known local sound field reproduction system, has been extensively studied in the last several decades. as known, a mismatch of a listening position significantly distorts the perceived sounds. this paper proposes an iterative weighted ctc system that allows listeners to rotate their heads to some extent when listening. this system will increase the robustness of the ctc system. experiment results showed that our system has better robustness in reproducing near-field point sources than typical ctc systems and near-field compensated higher-order ambisonics systems.},}
TY - Soundfield & CTC
TI - Rendering Near-field Point Sound Sources Through an Iterative Weighted Crosstalk Cancellation Method
SP -
EP -
AU - Ge, Zhongshu
AU - Tian, Pei
AU - Li, Liang
AU - Qu, Tianshu
PY - 2023
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - May 2023
TY - Soundfield & CTC
TI - Rendering Near-field Point Sound Sources Through an Iterative Weighted Crosstalk Cancellation Method
SP -
EP -
AU - Ge, Zhongshu
AU - Tian, Pei
AU - Li, Liang
AU - Qu, Tianshu
PY - 2023
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - May 2023
AB - In a 3-D audio system with loudspeakers reproduction, the entire sound field or local sound field could be reproduced. While methods for entire sound field reproduction usually use many loudspeakers, methods for local sound field reproduction are more practical for home use for their less requirement of loudspeakers. The crosstalk cancellation (CTC) system, a well-known local sound field reproduction system, has been extensively studied in the last several decades. As known, a mismatch of a listening position significantly distorts the perceived sounds. This paper proposes an iterative weighted CTC system that allows listeners to rotate their heads to some extent when listening. This system will increase the robustness of the CTC system. Experiment results showed that our system has better robustness in reproducing near-field point sources than typical CTC systems and near-field compensated higher-order Ambisonics systems.
In a 3-D audio system with loudspeakers reproduction, the entire sound field or local sound field could be reproduced. While methods for entire sound field reproduction usually use many loudspeakers, methods for local sound field reproduction are more practical for home use for their less requirement of loudspeakers. The crosstalk cancellation (CTC) system, a well-known local sound field reproduction system, has been extensively studied in the last several decades. As known, a mismatch of a listening position significantly distorts the perceived sounds. This paper proposes an iterative weighted CTC system that allows listeners to rotate their heads to some extent when listening. This system will increase the robustness of the CTC system. Experiment results showed that our system has better robustness in reproducing near-field point sources than typical CTC systems and near-field compensated higher-order Ambisonics systems.
