In order to investigate the neural coding of ordinate‐level visual categories, single‐cell
recordings were made in the anterior temporal cortex of two rhesus monkeys performing a …

In order to study how visual categories are coded by the activities of single neurons, it is
necessary to first demonstrate that the animal subjects can categorize the visual stimuli …

TWO rhesus macaques were tested on a categorization task in which they had to classify
previously unseen photographs flashed for only 80 ms. One monkey was trained to respond …

Visual categorization of complex, natural stimuli has been studied for some time in human
and nonhuman primates. Recent interest in the rodent as a model for visual perception …

Categorization of dot patterns is a frequently used paradigm in the behavioral study of
natural categorization. To determine the human brain regions involved in categorization, we …

We investigated the influence of a categorization task on the extraction and representation of
perceptual features in humans and monkeys. The use of parameterized stimuli (schematic …

Neurobiological data from the cerebral cortex of the macaque monkey suggest a model of
object recognition that is a series of four computational stages. These are executed in seven …

Cells in area TE of the inferotemporal cortex of the monkey brain selectively respond to
various moderately complex object-features, and those responding to similar features cluster …

Abstract Models of visual processing often include an initial parallel stage that is restricted to
relatively low-level features, whereas activation of higher-level object descriptions is …

In recent years, the rodent has come forward as a candidate model for investigating higher
level visual abilities such as object vision. This view has been backed up substantially by …