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This is a Quantitative Study study.

October 9, 2025Open Access

Computational characterization of decision making during trans-saccadic visual perception

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Study reveals how sensory signals influence perceptual judgments during saccadic eye movements, indicating potential biases in decision making.

Visual perception can be altered by sensory information during saccadic eye movements, impacting perceptual judgments.
Using a drift diffusion modeling framework, the study showed how visual errors influence decisions of shifts in target locations.
Participants demonstrated consistent biases in perceiving visual shifts, suggesting reliance on visual error information affects decision making.
The findings highlight the role of visuospatial processes in sensory integration, with implications for understanding perceptual deficits in certain patient groups.

Gianferrara et al. (2025) studied this question.

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October 9, 2025Open Access

View Full Paper

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Authors

Study reveals how sensory signals influence perceptual judgments during saccadic eye movements, indicating potential biases in decision making.

Visual perception can be altered by sensory information during saccadic eye movements, impacting perceptual judgments.
Using a drift diffusion modeling framework, the study showed how visual errors influence decisions of shifts in target locations.
Participants demonstrated consistent biases in perceiving visual shifts, suggesting reliance on visual error information affects decision making.
The findings highlight the role of visuospatial processes in sensory integration, with implications for understanding perceptual deficits in certain patient groups.

Gianferrara et al. (2025) studied this question.

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