Context mitigates crowding: Peripheral object recognition in real-world images

Wijntjes, M. W. A. and Rosenholtz, R.


Abstract

Object recognition is often conceived of as proceeding by segmenting an object from its surround, then integrating its features. In turn, peripheral vision’s sensitivity to clutter, known as visual crowding, has been framed as due to a failure to restrict that integration to features belonging to the object. We hand-segment objects from their background, and find that rather than helping peripheral recognition, this impairs it when compared to viewing the object in its real-world context. Context is in fact so important that it alone (no visible target object) is just as informative, in our experiments, as seeing the object alone. Finally, we find no advantage to separately viewing the context and segmented object. These results, taken together, suggest that we should not think of recognition as ideally operating on pre-segmented objects, nor of crowding as the failure to do so.

Information

title:
Context mitigates crowding: Peripheral object recognition in real-world images
author:
Wijntjes,
M. W. A. & Rosenholtz,
R.
citation:
Cognition, 180, 158-164
shortcite:
Cognition
year:
2018
created:
2018-11-22
summary:
objectsincontext18
keyword:
rosenholtz,
visstat,
crowding
pdf:
http://persci.mit.edu/_media/pub_pdfs/wijntjesrosenholtz_2018_cognition.pdf
type:
publication
 
publications/objectsincontext18.txt · Last modified: 2018/11/26 17:18 by rosenholtz