Ignacio Serrano‐Pedraza

This paper introduces a neural circuit model for motion direction estimation using direction-selective cells, showing it outperforms deep neural networks in predicting diverse visual motion data.

This paper introduces a motion sensor model that incorporates dendritic computations to address limitations in existing models.

The paper investigates suppression of optokinesis during pursuit eye movements and finds that neither a visuomotor gain modulation nor a sensory attenuation account fully explains the data, suggesting a combination of contrast-dependent gating and visuomotor gain modulation.

This study compares how visual noise affects contrast thresholds in humans and praying mantises, finding differences in masking effectiveness across spatial frequencies.

The paper shows that invisible noise can impair motion detection in insects but not mammals due to differences in early visual processing.