Smooth pursuit eye movements superimpose additional motion on the retinal image of
untracked visual targets, potentially leading to the perception of motion smear and a …

These experiments show that the smooth-pursuit system responds to changes in contrast in
a similar way to the known response of direction-specific mechanisms, suggesting that the …

The oculomotor system makes use of an integration of previous stimulus velocities (the prior)
and current sensory inputs to adjust initial eye speeds. The present study extended this …

Subjects made smooth pursuit eye movements with a target moving horizontally at 15
deg/sec. At a specified location the target either:(1) suddenly vanished; or (2) jumped to the …

The adaptability of the ocular following responses elicited by brief movements of the visual
scene was studied in five rhesus monkeys. Adapting stimuli were double-ramp sequences …

It has been suggested that attention can disambiguate stimuli that have equal motion energy
in opposite directions (eg a counterphasing grating), such that a clear motion direction is …

We measured, as a function of exposure duration, contrast sensitivity and coherence
sensitivity for discerning the direction of motion of random dot patterns moving in circular …

The looming associated with forward and backward motion of the observer has been shown
to elicit vergence eye movements with short-latency (∼ 80 ms) in human subjects. We …

Visual motion signals, which are initially extracted in parallel at multiple spatial frequencies,
are subsequently integrated into a unified motion percept. Cross-frequency integration plays …

Smooth pursuit eye movements are usually thought to be guided only by target velocity. We
studied the effectiveness of target velocity and target position (offset from the fovea) as …