Rick van Hoof

The paper investigates how early visual experience affects feedback processing in the human visual cortex using an occlusion paradigm and decoding methods.

This paper develops an automatic method to optimize electrode placement for visual prostheses by matching phosphene distributions using retinotopic predictions and individual anatomy data.

This paper develops a functional atlas of early visual and category-selective regions in human occipito-temporal cortex, showing it outperforms volumetric alignment and accurately predicts ROI locations.

This study shows that tactile feedback via medical tape reduces head motion during MRI, improving image quality, with greater reduction for subjects with more motion without feedback.

This study uses fMRI and machine learning to show that visual imagery of letters preserves the topographic organization of perceived shapes in early visual cortex.