Neurons in area MT (V5) are selective for the direction of visual motion. In addition, many
are selective for the motion of complex patterns independent of the orientation of their …

Direction-selective neurons in primary visual cortex have small receptive fields that encode
the motions of local features. These motions often differ from the motion of the object to …

Physiological models of visual motion processing posit that'pattern-motion cells' represent
the direction of moving objects independent of their particular spatial pattern. We performed …

An important use of motion information is to segment a complex visual scene into surfaces
and objects. Transparent motions present a particularly difficult problem for segmentation …

Area MT has been an important target for studies of motion processing. However, previous
neurophysiological studies of MT have used simple stimuli that do not contain many of the …

Visual motion cues are used by many animals to guide navigation across a wide range of
environments. Long-standing theoretical models have made predictions about the …

Area MT/V5 in the macaque brain is one of the major cortical regions involved in the
analysis of retinal image motion. The majority of the neurons in this cortical area have non …

Many neurons in the monkey visual extrastriate cortex have receptive fields that are affected
by gaze direction. In humans, psychophysical studies suggest that motion signals may be …

Most neurons in macaque area MT are selective for the direction of stimulus motion. By
comparing direction selectivity for gratings and plaids, we classified MT neurons as pattern …

A critical step in the interpretation of the visual world is the integration of the various local
motion signals generated by moving objects. This process is complicated by the fact that …