Our visual system uses the information contained in the two-dimensional images on the
retina to generate a rich set of perceptions about the characteristics of our external three …

The mammalian cerebral cortex is composed of many distinct areas, which are very richly
interconnected. The very large number of connections between cortical areas require …

This paper concerns how motor actions are neurally represented and coded. Action
planning and motor preparation can be studied using a specific type of representational …

This paper describes an approach to the problem of face identification which uses Hidden
Markov Models (HMM) to represent the statistics of facial images. HMMs have previously …

Evoked potentials (EPs) were used to help identify the timing, location, and intensity of the
information-processing stages applied to faces and words in humans. EP generators were …

We investigated the role that different component parts play in the neural encoding of the
visual appearance of one complex object in the temporal cortex. Cells responsive to the …

Background: How do we recognize visually perceived three-dimensional objects,
particularly when they are seen from novel view-points? Recent psychophysical studies …

Disorders of emotion, communication, and learning in early childhood are considered in
light of evidence on human brain growth from embryo stages. We cite microbehavioral …

What animals know about each other, and how they construct and use knowledge of their
social world involves at least an ability to recognise different social categories. Although …

The origins of contemporary work on the temporal cortex and object recognition are traced
from their roots in phrenology through the search for a cortical visual area to the discovery of …