How we recognize faces despite rotations in depth is of great interest to psychologists,
computer scientists and neurophysiologists because of the accuracy of human performance …

If face images are degraded by block averaging, there is a nonlinear decline in recognition
accuracy as block size increases, suggesting that identification requires a critical minimum …

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

Do we identify an object as a whole or by its parts? This simple question has been
surprisingly hard to answer. It has been suggested that faces are recognized as wholes and …

An investigation was made into the sensitivity of cells in the macaque superior temporal
sulcus (STS) to the sight of different perspective views of the head. This allowed assessment …

Constructing a rich and continuous visual experience requires computing specific details
across views as well as integrating similarities across views. In this paper, we report …

The problem of pose estimation arises in many areas of computer vision, including object
recognition, object tracking, site inspection and updating, and autonomous navigation when …

Implicit memory for novel shapes was explored with a negative priming paradigm. The
results show that representations of shapes, formed in a single trial and without attention …

We propose that similarity is determined by the transformation distance between
representations: entities which are perceived to be similar have representations which are …

A computational model is proposed for some general aspects of information flow in the
visual cortex. The basic process, called “sequence seeking,” is a search for a sequence of …