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 …

Visual motion is sensed by low-level (energy-based) and high-level (feature-based)
mechanisms. Ocular following responses (OFR) were elicited in humans by applying …

Psychophysical evidence indicates that visual motion can be sensed by low-level (energy-
based) and high-level (feature-based) mechanisms. The present experiments were …

Transient apparent-motion stimuli, consisting of single 1/4-wavelength steps applied to
square-wave gratings lacking the fundamental (“missing fundamental stimulus”) and to …

The ocular-following responses elicited by brief unexpected movements of the visual scene
were studied in human subjects. Response latencies varied with the type of stimulus and …

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 …

We investigate the impact of monitor frame rate on the human ocular following response
(OFR) and find that the response latency considerably depends on the frame rate in the …

The initial ocular following responses (OFRs) elicited by 1/4-wavelength steps applied to the
missing fundamental (mf) stimulus are in the backward direction and largely determined by …

Ocular following responses (OFRs) are the initial tracking eye movements that can be
elicited at ultra-short latency by sudden motion of a textured pattern. A recent study used …

MOTION perception and associated involuntary eye movements depend on factors such as
the physical attributes of the stimulus and visual attention. Cues from spatial changes in …