TY  - JOUR
A1  - Klaffehn, Annika L.
A1  - Sellmann, Florian B.
A1  - Kirsch, Wladimir
A1  - Kunde, Wilfried
A1  - Pfister, Roland
T1  - Temporal binding as multisensory integration: Manipulating perceptual certainty of actions and their effects
JF  - Attention, Perception & Psychophysics
N2  - It has been proposed that statistical integration of multisensory cues may be a suitable framework to explain temporal binding, that is, the finding that causally related events such as an action and its effect are perceived to be shifted towards each other in time. A multisensory approach to temporal binding construes actions and effects as individual sensory signals, which are each perceived with a specific temporal precision. When they are integrated into one multimodal event, like an action-effect chain, the extent to which they affect this event's perception depends on their relative reliability. We test whether this assumption holds true in a temporal binding task by manipulating certainty of actions and effects. Two experiments suggest that a relatively uncertain sensory signal in such action-effect sequences is shifted more towards its counterpart than a relatively certain one. This was especially pronounced for temporal binding of the action towards its effect but could also be shown for effect binding. Other conceptual approaches to temporal binding cannot easily explain these results, and the study therefore adds to the growing body of evidence endorsing a multisensory approach to temporal binding.
KW  - temporal processing
KW  - perception and action
KW  - multisensory processing
Y1  - 2021
U6  - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:bvb:20-opus-273195
SN  - 1943-393X
VL  - 83
IS  - 8
ER  - 
TY  - JOUR
A1  - Cao, Liyu
A1  - Steinborn, Michael
A1  - Kunde, Wilfried
A1  - Haendel, Barbara
T1  - Action force modulates action binding: evidence for a multisensory information integration explanation
JF  - Experimental Brain Research
N2  - Action binding refers to the observation that the perceived time of an action (e.g., a keypress) is shifted towards the distal sensory feedback (usually a sound) triggered by that action. Surprisingly, the role of somatosensory feedback for this phe-nomenon has been largely ignored. We fill this gap by showing that the somatosensory feedback, indexed by keypress peak force, is functional in judging keypress time. Specifically, the strength of somatosensory feedback is positively correlated with reported keypress time when the keypress is not associated with an auditory feedback and negatively correlated when the keypress triggers an auditory feedback. The result is consistent with the view that the reported keypress time is shaped by sensory information from different modalities. Moreover, individual differences in action binding can be explained by a sensory information weighting between somatosensory and auditory feedback. At the group level, increasing the strength of somatosensory feedback can decrease action binding to a level not being detected statistically. Therefore, a multisensory information integration account (between somatosensory and auditory inputs) explains action binding at both a group level and an individual level.
KW  - action binding
KW  - force
KW  - somatosensory feedback
KW  - multisensory processing
Y1  - 2020
U6  - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:bvb:20-opus-232534
SN  - 0014-4819
VL  - 238
ER  -