It is claimed that the extraction of average features from rapidly presented ensembles is holistic, with attention distributed across the whole set. We investigated whether observers’ extraction of mean hue is holistic or could reflect subsampling. Analysis of selections for the mean hue revealed a distribution that peaked at the expected mean hue. However, an ideal observer simulation suggested that a subsampling mechanism incorporating just two items from each ensemble would suffice to reproduce the precision of most observers. The results imply that hue may not be averaged as holistically and efficiently as other attributes
Publisher's version (útgefin grein)Objects have a variety of different features that can be represen...
When perceivers view multiple facial expressions shown concurrently, they can quickly and precisely ...
In a brief glance, we experience a rich percept of our visual environment, despite extremely limite...
The ability to extract the mean of features from a rapidly viewed, heterogeneous array of objects ha...
In order to rapidly get the gist of new scenes the brain must have mechanisms to process the large a...
Color serves both to segment a scene into objects and background and to identify objects. Although o...
In order to rapidly get the gist of new scenes or recognise objects, the brain must have mechanisms ...
Color serves both to segment a scene into objects and background and to identify objects. Although o...
Rapid averaging (where observers extract the average value for a particular feature of a briefly-see...
AbstractThe perception of ensemble characteristics is often regarded as an antidote to an establishe...
Ensemble processing allows the visual system to condense visual information into useful summary stat...
AbstractThis paper explores some structural constraints on computing the mean sizes of sets of eleme...
International audienceRecent research has established that humans can extract the average perceptual...
We have a remarkable ability to accurately estimate average featural information across groups of ob...
AbstractEveryday scenes often contain sets of similar objects. Perceptual representations may summar...
Publisher's version (útgefin grein)Objects have a variety of different features that can be represen...
When perceivers view multiple facial expressions shown concurrently, they can quickly and precisely ...
In a brief glance, we experience a rich percept of our visual environment, despite extremely limite...
The ability to extract the mean of features from a rapidly viewed, heterogeneous array of objects ha...
In order to rapidly get the gist of new scenes the brain must have mechanisms to process the large a...
Color serves both to segment a scene into objects and background and to identify objects. Although o...
In order to rapidly get the gist of new scenes or recognise objects, the brain must have mechanisms ...
Color serves both to segment a scene into objects and background and to identify objects. Although o...
Rapid averaging (where observers extract the average value for a particular feature of a briefly-see...
AbstractThe perception of ensemble characteristics is often regarded as an antidote to an establishe...
Ensemble processing allows the visual system to condense visual information into useful summary stat...
AbstractThis paper explores some structural constraints on computing the mean sizes of sets of eleme...
International audienceRecent research has established that humans can extract the average perceptual...
We have a remarkable ability to accurately estimate average featural information across groups of ob...
AbstractEveryday scenes often contain sets of similar objects. Perceptual representations may summar...
Publisher's version (útgefin grein)Objects have a variety of different features that can be represen...
When perceivers view multiple facial expressions shown concurrently, they can quickly and precisely ...
In a brief glance, we experience a rich percept of our visual environment, despite extremely limite...