We show that the initial ocular following responses elicited by motion of a large pattern are
modestly attenuated when that pattern is shifted out of the plane of fixation by altering its …

A previous study showed that the initial ocular following responses elicited by sudden
motion of a large random-dot pattern were only modestly attenuated when that whole pattern …

Previous work on ocular-following emphasises the accuracy of tracking eye movements.
However, a more complete understanding of oculomotor control should account for variable …

Ocular following responses (OFRs) are tracking eye movements elicited at ultrashort latency
by the sudden movement of a textured pattern. Here we report the results of our study of their …

Primates are able to track a moving target with their eyes, even when the target is seen
against a stationary textured background. In this situation, the tracking eye movement …

Visual motion is sensed by low‐level (energy‐based) and high‐level (feature‐based)
mechanisms. Our interest is in the motion detectors underlying the initial ocular following …

Using the scleral search coil technique to monitor eye movements, we recorded short-
latency ocular following responses to displacement steps of large random-dot patterns. On …

Large-field visual motion elicits tracking eye movements at ultra-short latency, often termed
ocular following responses (OFRs). We recorded the initial OFRs of three human subjects …

Recent studies in primates have revealed short‐latency visual tracking mechanisms that
help to stabilize the eyes during translational disturbances of the observer, and so operate …

With the scleral search coil technique, we recorded ocular following responses elicited by
either grating or plaid pattern motions. Grating motion elicited tracking responses at short …