A listener adaptive optimal source distribution system for virtual sound imaging
A listener adaptive optimal source distribution system for virtual sound imaging
This paper describes the use of an optimal source distribution loudspeaker array for binaural reproduction. In this paper, the device is made adaptive to the listener’s position. This is obtained by using a fixed set of crosstalk cancellation filters created for a central listening position plus a listener-position dependent delay network, which varies the delay of each loudspeaker unit to maximise the cross-talk cancellation response at the listener’s position. The paper introduces the formulation required for the adaptive control and simulated results predicting the performance of the device for symmetrical and asymmetrical listening positions. It is also shown how the proposed formulation has been implemented on a Sherwood S7 OPSODIS soundbar.
Simon Galvez, Marcos
777da25f-86fc-4a22-8ff1-ac2cbbfe27ae
Takeuchi, Takashi
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Fazi, Filippo
e5aefc08-ab45-47c1-ad69-c3f12d07d807
Simon Galvez, Marcos
777da25f-86fc-4a22-8ff1-ac2cbbfe27ae
Takeuchi, Takashi
a6fdabdd-cd1d-4fcd-a43b-cd8bcfa738a6
Fazi, Filippo
e5aefc08-ab45-47c1-ad69-c3f12d07d807
Simon Galvez, Marcos, Takeuchi, Takashi and Fazi, Filippo
(2016)
A listener adaptive optimal source distribution system for virtual sound imaging.
140th Convention of the Audio Engineering Society, , Paris, France.
04 - 07 Jun 2016.
8 pp
.
Record type:
Conference or Workshop Item
(Paper)
Abstract
This paper describes the use of an optimal source distribution loudspeaker array for binaural reproduction. In this paper, the device is made adaptive to the listener’s position. This is obtained by using a fixed set of crosstalk cancellation filters created for a central listening position plus a listener-position dependent delay network, which varies the delay of each loudspeaker unit to maximise the cross-talk cancellation response at the listener’s position. The paper introduces the formulation required for the adaptive control and simulated results predicting the performance of the device for symmetrical and asymmetrical listening positions. It is also shown how the proposed formulation has been implemented on a Sherwood S7 OPSODIS soundbar.
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e-pub ahead of print date: June 2016
Venue - Dates:
140th Convention of the Audio Engineering Society, , Paris, France, 2016-06-04 - 2016-06-07
Organisations:
Acoustics Group
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Local EPrints ID: 399739
URI: http://eprints.soton.ac.uk/id/eprint/399739
PURE UUID: d07073f0-e9b9-44c1-b6a0-85521f9f6445
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Date deposited: 25 Aug 2016 11:00
Last modified: 15 Mar 2024 03:32
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