The precision of smooth pursuit eye movements was described by means of a new
dependent measure, the “oculomotor difference threshold”(analogous to the perceptual …

The perception of the displacement of luminance-defined contours (ie, first-order motion) is
an important and well-examined function of the visual system. It can be explained, for …

Several groups of authors have suggested separate mechanisms for the detection of motion
and for the detection of pattern characteristics of the same stimuli (Kulikowski, JJ and …

The smooth pursuit system must integrate many local motion measurements into a coherent
estimate of target velocity. Several laboratories have studied this integration process using …

To compute spatially correct smooth pursuit eye movements, the brain uses both retinal
motion and extraretinal signals about the eyes and head in space. However, when smooth …

Background: Scanning laser ophthalmoscopes with adaptive optics correction of ocular
aberrations provide retinal images of unprecedented resolution, allowing for real-time …

The manner in which we sample visual information from the world is constrained by the
spatial and temporal sampling limits of the human eye. High acuity vision is restricted to the …

Given sufficient exposure to stimulus presentation, the oculomotor system generates a
representation of the stimulus characteristics, which is then used to predict the upcoming …

Visual neurons integrate information over a finite part of the visual field with high selectivity.
This classical receptive field is modulated by peripheral inputs that play a role in both …

Visual acuity is commonly assumed to be determined by the eye optics and spatial sampling
in the retina. Unlike a camera, however, the eyes are never stationary during the acquisition …