Radial bias in face identification
A Roux-Sibilon, C Peyrin… - Proceedings of the …, 2023 - royalsocietypublishing.org
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
[PDF][PDF] Radial bias in face identification
A Roux-Sibilon, C Peyrin, JA Greenwood, V Goffaux - psyarxiv.com
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
socalled radial bias has been linked with the organisation and spatial selectivity of neurons …
socalled radial bias has been linked with the organisation and spatial selectivity of neurons …
[PDF][PDF] Radial bias in face identification
A Roux-Sibilon, C Peyrin, JA Greenwood, V Goffaux - researchgate.net
Human vision in the periphery is most accurate for radially oriented stimuli (ie, pointing
towards 11 the fovea). This radial bias has been linked with the organisation and spatial …
towards 11 the fovea). This radial bias has been linked with the organisation and spatial …
Radial bias in face identification.
A Roux-Sibilon, C Peyrin, JA Greenwood… - Proceedings …, 2023 - europepmc.org
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
Radial bias in face identification
A Roux-Sibilon, C Peyrin… - Proceedings …, 2023 - pubmed.ncbi.nlm.nih.gov
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
Radial bias in face identification
A Roux-Sibilon, C Peyrin, J Greenwood, V Goffaux - 2022 - cnrs.hal.science
Human vision in the periphery is most accurate for radially oriented stimuli (ie, pointing
towards the fovea). This radial bias has been linked with the organisation and spatial …
towards the fovea). This radial bias has been linked with the organisation and spatial …
Radial bias in face identification
A Roux-Sibilon, C Peyrin, J Greenwood, V Goffaux - osf.io
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organisation and spatial selectivity of neurons …
so-called radial bias has been linked with the organisation and spatial selectivity of neurons …
Radial bias in face identification
A Roux-Sibilon, C Peyrin… - Proceedings of the …, 2023 - discovery.ucl.ac.uk
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
[PDF][PDF] Radial bias in face identification
A Roux-Sibilon, C Peyrin, JA Greenwood, V Goffaux - 2023 - eccentricvision.com
Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
so-called radial bias has been linked with the organization and spatial selectivity of neurons …
Radial bias in face identification
A Roux-Sibilon, C Peyrin, J Greenwood, V Goffaux - 2022 - hal.univ-smb.fr
Human vision in the periphery is most accurate for radially oriented stimuli (ie, pointing
towards the fovea). This radial bias has been linked with the organisation and spatial …
towards the fovea). This radial bias has been linked with the organisation and spatial …