Ocular following responses (OFRs) were elicited in monkeys at short latencies (∼ 50ms) by
applying motion in the form of successive 1/4-wavelength steps to each of two overlapping …

A spot of light is presented to an observer who tracks its movement visually, doing so as
quickly and accurately as possible. The positions of the eye are continuously recorded so …

Smooth pursuit eye movements allow the approximate stabilization of a moving visual target
on the retina. To study the dynamics of smooth pursuit, we measured eye velocity during the …

High-fidelity eye tracking is combined with a perceptual grouping task to provide insight into
the likely mechanisms underlying the compensation of retinal image motion caused by …

Instrumentation to track observers' gaze has been in use for over a century [eg, Delabarrer,
1898], resulting in a rich literature on the descriptive statistics of dynamics and behaviors of …

Human vision uses saccadic eye movements to rapidly shift the sensitive foveal portion of
our retina to objects of interest. For vision to function properly amidst these ballistic eye …

WE trained monkeys to maintain fixation while firstand second-order motion stimuli were
displayed centrally in the visual field. Stimulus velocity, spatial frequency and contrast were …

Two main types of small eye movements occur during gaze fixation: microsaccades and
slow ocular drifts. While microsaccade generation has been relatively well studied, ocular …

Eye movements were recorded precisely with a scleral‐coil method under three
experimental conditions: fixation of a central, stationary target; pursuit of a central, moving …

We studied pursuit eye movements in seven normal human subjects with the scleral search-
coil technique. The initial eye movements in response to unpredictable changes in target …