Ehud Ahissar

This study identifies a motor-sensory convergence point during object approach in rats, showing it enables robust object detection through dynamic sensory-motor interactions.

This study shows that event-based spatio-temporal coding improves recognition of tiny images compared to frame-based spatial coding, and enables Vernier hyperacuity in artificial neural networks.

This study investigates memory recall by analyzing brain-environment interactions in a virtual reality setting, finding that recall is linked to specific spatial locations associated with memorized objects.

This study demonstrates that humans use high-resolution extra-retinal knowledge of fixational eye motion to infer spatial relations, challenging the assumption that visual perception relies solely on retinal input.

The paper shows that tactile perception of planar shapes relies on two movement strategies, influenced by physiological thresholds and experience.

The paper challenges the assumption that ocular drifts are open-loop processes by showing they depend on concurrent visual input, suggesting vision is a closed-loop process.

This study shows rats adapt their whisking behavior based on context, reallocating sensorimotor resources to maintain exploratory coverage.