Local cues enable classification of image patches as surfaces, object boundaries, or illumination changes.

ABSTRACT: To correctly parse the visual scene, one must detect edges and determine their underlying cause. Previous work has demonstrated that image-computable neural networks trained to differentiate natural shadow and occlusion edges exhibited sensitivity to boundary sharpness and texture differences. Although these models showed a strong correlation with human performance on an edge classification task, this previous study did not directly investigate whether humans actually make use of boundary sharpness and texture cues when classifying edges as shadows or occlusions. Here we directly investigated this using synthetic image patch stimuli formed by quilting together two different natural textures, allowing us to parametrically manipulate boundary sharpness, texture modulation, and luminance modu

SUBMITTER: DiMattina C 

PROVIDER: S-EPMC11888429 | biostudies-literature | 2025 Mar

REPOSITORIES: biostudies-literature