In four experiments, participants had to detect symmetries or repetitions distributed over two
depth planes, under presentation times of 200–1000ms. Structurally corresponding …

In the context of this publication on blindsight, I want to address further the brain processes
critically responsible for organizing our conscious experience. As in a previous related …

Through automated negotiation we aim to improve task allocation in a distributed sensor
network. In particular, we look at a type of adaptive weather-sensing radar that permits the …

The literature contains several allusions to the idea that detection of (mirror) symmetry in the
presence of noise follows the Weber-Fechner law. This law usually applies to first-order …

Traditionally, models of complexity used in psychology have been based on probabilistic
and algorithmic paradigms. While these models have inspired a great deal of research, they …

Myearly fascination with geometry and physics and, later, with perception and imagination
inspired a hope that fundamental phenomena of psychology, like those of physics, might …

The problem of perceptual organization is central to understanding vision. Its importance—
and its difficulty—can perhaps be most easily appreciated by considering the output of the …

The results of two experiments suggest that strong constraints on the ability to imagine
rotations extend to the perception of rotations. Participants viewed stereographic perspective …

We describe experiments with a versatile pictorial prototype-based learning scheme for 3-D
object recognition. The Generalized Radial Basis Function (GRBF) scheme seems to be …

During the last half century, significant efforts have been made to explore the underlying
mechanisms of visual selective attention using a variety of approaches—psychology …