Audio-visual integration during overt visual attention

How do different sources of information arising from different modalities interact to control where we look? To answer this question with respect to real-world operational conditions we presented natural images and spatially localized sounds in (V)isual, Audio-visual (AV) and (A)uditory conditions a...
Ausführliche Beschreibung

Gespeichert in:

Autor*in:	Cliodhna Quigley [verfasserIn] Selim Onat [verfasserIn] Sue Harding [verfasserIn] Martin Cooke [verfasserIn] Peter König [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2008

Schlagwörter:	eye movements attention crossmodal integration

Übergeordnetes Werk:	In: Journal of Eye Movement Research - Bern Open Publishing, 2017, 1(2008), 2
Übergeordnetes Werk:	volume:1 ; year:2008 ; number:2

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.16910/jemr.1.2.4

Katalog-ID:	DOAJ057832420

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author	Cliodhna Quigley
spellingShingle	Cliodhna Quigley misc QM1-695 misc eye movements misc attention misc crossmodal integration misc Human anatomy Audio-visual integration during overt visual attention
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topic_title	QM1-695 Audio-visual integration during overt visual attention eye movements attention crossmodal integration
topic	misc QM1-695 misc eye movements misc attention misc crossmodal integration misc Human anatomy
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title	Audio-visual integration during overt visual attention
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title_full	Audio-visual integration during overt visual attention
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title_sort	audio-visual integration during overt visual attention
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title_auth	Audio-visual integration during overt visual attention
abstract	How do different sources of information arising from different modalities interact to control where we look? To answer this question with respect to real-world operational conditions we presented natural images and spatially localized sounds in (V)isual, Audio-visual (AV) and (A)uditory conditions and measured subjects' eye-movements. Our results demonstrate that eye-movements in AV conditions are spatially biased towards the part of the image corresponding to the sound source. Interestingly, this spatial bias is dependent on the probability of a given image region to be fixated (saliency) in the V condition. This indicates that fixation behaviour during the AV conditions is the result of an integration process. Regression analysis shows that this integration is best accounted for by a linear combination of unimodal saliencies.
abstractGer	How do different sources of information arising from different modalities interact to control where we look? To answer this question with respect to real-world operational conditions we presented natural images and spatially localized sounds in (V)isual, Audio-visual (AV) and (A)uditory conditions and measured subjects' eye-movements. Our results demonstrate that eye-movements in AV conditions are spatially biased towards the part of the image corresponding to the sound source. Interestingly, this spatial bias is dependent on the probability of a given image region to be fixated (saliency) in the V condition. This indicates that fixation behaviour during the AV conditions is the result of an integration process. Regression analysis shows that this integration is best accounted for by a linear combination of unimodal saliencies.
abstract_unstemmed	How do different sources of information arising from different modalities interact to control where we look? To answer this question with respect to real-world operational conditions we presented natural images and spatially localized sounds in (V)isual, Audio-visual (AV) and (A)uditory conditions and measured subjects' eye-movements. Our results demonstrate that eye-movements in AV conditions are spatially biased towards the part of the image corresponding to the sound source. Interestingly, this spatial bias is dependent on the probability of a given image region to be fixated (saliency) in the V condition. This indicates that fixation behaviour during the AV conditions is the result of an integration process. Regression analysis shows that this integration is best accounted for by a linear combination of unimodal saliencies.
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title_short	Audio-visual integration during overt visual attention
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