1,721,048 research outputs found

    Different extrapolation of moving object locations in perception, smooth pursuit and saccades

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    dataset and analysis code for the paper "Different extrapolation of moving object locations in perception, smooth pursuit and saccades" by Matteo Lisi and Patrick Cavanag

    Different extrapolation of moving object locations in perception, smooth pursuit and saccades

    No full text
    dataset and analysis code for the paper "Different extrapolation of moving object locations in perception, smooth pursuit and saccades" by Matteo Lisi and Patrick Cavanag

    Facial emotion recognition in refugee children with a history of war trauma

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    Analysis code for the paper "Facial emotion recognition in refugee children with a history of war trauma" by Julia Michalek, Matteo Lisi, Rana Dajani, Kristin Hadfield, Isabelle Marescha

    Effects of early adversity and war trauma on learning under uncertainty

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    data and code for "Effects of early adversity and war trauma on learning under uncertainty" by Matteo Lisi, Julia Michalek, Kristin Hadfield, Rana Dajani, and Isabelle Marescha

    Facial emotion recognition in refugee children with a history of war trauma

    No full text
    Analysis code for the paper "Facial emotion recognition in refugee children with a history of war trauma" by Julia Michalek, Matteo Lisi, Rana Dajani, Kristin Hadfield, Isabelle Marescha

    WLR-intervention

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    This repository contains the data and code supporting the article "The effects of a reading-based intervention on emotion processing in children who have suffered early adversity and war related trauma" by Julia Michalek, Matteo Lisi, Deema Awad, Kristin Hadfield, Isabelle Mareschal, & Rana Dajani. Manuscript published in Frontiers in Psychology: https://doi.org/10.3389/fpsyg.2021.61375

    WLR-intervention

    No full text
    This repository contains the data and code supporting the article "The effects of a reading-based intervention on emotion processing in children who have suffered early adversity and war related trauma" by Julia Michalek, Matteo Lisi, Deema Awad, Kristin Hadfield, Isabelle Mareschal, & Rana Dajani. Manuscript published in Frontiers in Psychology: https://doi.org/10.3389/fpsyg.2021.61375

    WLR-intervention

    No full text
    This repository contains the data and code supporting the article "The effects of a reading-based intervention on emotion processing in children who have suffered early adversity and war related trauma" by Julia Michalek, Matteo Lisi, Deema Awad, Kristin Hadfield, Isabelle Mareschal, & Rana Dajani. Manuscript published in Frontiers in Psychology: https://doi.org/10.3389/fpsyg.2021.61375

    Paying Attention through Eye Movements: A Computational Investigation of the Premotor Theory of Spatial Attention

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    ■ Growing evidence indicates that planning eye movements and orienting visuospatial attention share overlapping brain mechanisms. A tight link between endogenous attention and eye movements is maintained by the premotor theory, in con-trast to other accounts that postulate the existence of specific attention mechanisms that modulate the activity of information processing systems. The strong assumption of equivalence be-tween attention and eye movements, however, is challenged by demonstrations that human observers are able to keep atten-tion on a specific location while moving the eyes elsewhere. Here we investigate whether a recurrent model of saccadic planning can account for attentional effects without requiring additional or specific mechanisms separate from the circuits that perform sensorimotor transformations for eye movements. The model builds on the basis function approach and includes a circuit that performs spatial remapping using an “internal forward model ” of how visual inputs are modified as a result of saccadic movements. Simulations show that the latter circuit is crucial to account for dissociations between attention and eye movements that may be invoked to disprove the premotor theory. The model provides new insights into how spatial re-mapping may be implemented in parietal cortex and offers a computational framework for recent proposals that link visual stability with remapping of attention pointers.
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