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Showing 1 to 4 of 4 for “"face patches"”.

  1. Effects of Temporal and Spatial Context Within the Macaque Face-Processing System

    … play a key role in vision as a whole, and in face perception specifically. However, little is known about the neurophysiological mechanisms by which contextual cues exert their effects. Anatomically distinct face patches in the macaque brain analyze facial form, and studies of the activity …

    rockefeller Repository record for Effects of Temporal and Spatial Context Within the Macaque Face-Processing System (opens in a new tab)

  2. Finding Common Ground: The Common Marmoset as a Model to Accessing and Providing Insight into the Social Brain

    … is a neural, functional architecture underlying face processing. Faces form a unique category of stimuli that bridge visual perception and social cognition. They are processed in dedicated areas of cortex, face patches, which are organized into an interconnected network. While insight into …

    rockefeller Repository record for Finding Common Ground: The Common Marmoset as a Model to Accessing and Providing Insight into the Social Brain (opens in a new tab)

  3. Normalization Among Heterogeneous Population Confers Stimulus Discriminability on the Macaque Face Patch Neurons

    <p>Primates are capable of recognizing faces even in highly cluttered natural scenes. In order to understand how the primate brain achieves face recognition despite this clutter, it is crucial to study the representation of multiple faces in face selective cortex. However, contrary to the essence …

    rockefeller Repository record for Normalization Among Heterogeneous Population Confers Stimulus Discriminability on the Macaque Face Patch Neurons (opens in a new tab)

  4. Topographic deep artificial neural network as a model of primate ventral visual stream

    Face processing in visual cortex has been widely studied and emphasized for its importance in primate survival and social communication. Monkey inferior temporal (IT) cortex contains neurons that respond preferentially to faces and cluster into several regions ("face patches") that together are …

    mit Repository record for Topographic deep artificial neural network as a model of primate ventral visual stream (opens in a new tab)