Schematic of an ideal observer model where neuronal populations encode linearly visual temporal frequencies and are suppressed by concomitant sounds in a way that depends on their intensity.

A. Hypothesized tuning of a visual cortical neuron in the ideal observer model. The neuron responds to the visual gratings with an average firing rate that grows linearly as a function of the grating TF. Due to neuronal noise, the responses to repeated...

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Bibliographic Details
Main Author:	Mattia Zanzi (22522006) (author)
Other Authors:	Francesco G. Rinaldi (22522009) (author), Silene Fornasaro (22522012) (author), Eugenio Piasini (8168934) (author), Davide Zoccolan (443652) (author)
Published:	2025
Subjects:	Neuroscience Sociology Science Policy Mental Health Biological Sciences not elsewhere classified visually evoked responses multiple sensory modalities level multisensory integration unimodal inputs shape visual perceptual space rat perceptual choices less clear whether brain combines information visual temporal frequency neural coding scheme auditory inputs induce irrelevant auditory stimuli rodent visual perception visual cortical processing visual information auditory inputs visual stimuli visual interactions temporal modulation rat classification provides clear cortical hierarchies multimodal stimuli auditory signals xlink "> visual tf systematically altered studies disagree signals carried prevent high orientation tuning model captured mechanistic hypotheses mechanisms underlying key mediator important role future work full spectrum direct connections different modality consistent representation
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Schematic of an ideal observer model where neuronal populations encode linearly visual temporal frequencies and are suppressed by concomitant sounds in a way that depends on their intensity.

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