Unraveling Audiovisual Perception Across Space and Time: A Neuroinspired Computational Architecture

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This model demonstrates the impact of spatial and temporal congruency on audiovisual perception, indicating multisensory integration mechanisms.

The neurocomputational model predicts enhanced reaction times in audiovisual tasks, linking spatiotemporal congruence to perception.
Contrasting the race model, the proposed system reveals unique insights into the modality switch and ventriloquist effects.
Empirical results highlight the role of cross-sensory inhibition and intra-area connections in regulating audiovisual perception.
The model suggests that increasing spatial eccentricity may improve temporal detection and reduce localization bias in auditory stimuli.

Cuppini et al. (2025) studied this question.

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This model demonstrates the impact of spatial and temporal congruency on audiovisual perception, indicating multisensory integration mechanisms.