Titlebook: Audio-Visual Integration in Smooth Pursuit Eye Movements; Christian Wolf Book 2015 Springer Fachmedien Wiesbaden 2015 Multi-Sensor Integra

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Book 2015Christian Wolf shows that even with unreliable visual information, no auditory motion is integrated to guide smooth pursuit eye movements. This suggests that smooth pursuit eye movements are solely driven by visual motion information and motion information from other senses is disregarded.

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https://doi.org/10.1007/978-3-658-08311-3Multi-Sensor Integration; Perception; Sensory Modalities; Visual Motion Signals; Visual Position Signals

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Introduction,a room and practice. Only once you’ve got accustomed to your instrument and know all its techniques, you can start playing along with others. And maybe, one day, you will find your way into that big orchestra where your own instrument can hardly be detected but where it is of no less importance to t

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Experiment 1: Audio-visual coherence,ye movements. If auditory information was integrated and beneficial for the pursuit command, we would expect pursuit to require a lower visual signal for a given gain. This should have been reflected in lower PSE values if both information move coherently (Congruent condition). If the integration wa

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General discussion,able visual component, i.e. low contrast Gabor patches, combined with auditory motion simulated via headphones by varying the interaural time difference (ITD). If audio-visual integration took place, we’d expected pursuit to require a lower visual contras whenever the auditory motion moves in the sa

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https://doi.org/10.1007/978-3-540-73478-9s based on the strength of motion rather than its direction, the same effect should have been observed, if both move in opposite directions (Incongruent condition). We included a condition with a stationary sound in order to check for effects of the presence of any auditory signal.

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