A study of the effect of the size of a moving target and the extent of its visible motion on
motion extrapolation is reported. Targets (a horizontal pair of dots separated by either 0.2 or …

By varying target size, speed, and extent of visible motion we examined the timing accuracy
in motion extrapolation. Small or large targets (0.2 or 0.8 deg) moved at either 2.5, 5, or 10 …

There is preliminary evidence for interference between subsequently encoded velocities.
We explored this effect using a motion extrapolation paradigm. In Experiments 1 and 2 …

Researchers have obtained similar results from different visual motion extrapolation
experiments despite the large variety of motion stimuli used. With respect to the ability of …

We investigated observers' ability to extrapolate a linear trajectory of a moving point, in order
to determine how effectively the visual system can combine orientation and position …

Under appropriate conditions, a target moving in discrete steps can appear to move
smoothly and continuously even within the portions of the path where no physical stimulus is …

In two experiments, we examined the extrapolation of a constant-velocity motion along a
fixed circular path in the frontal plane. A target moved over an arc of 90 deg and then …

A random dot pattern moved at a velocity V1. The velocity then increased or decreased
abruptly to another value V2 for some time and again returned to V1. The temporal …

An object moving in discrete steps can appear to move continuously even along sections of
the path in which no stimulus is presented. We investigated whether the internal …

Using dot displays on a CRT, the authors (1981) have shown that a moving object tends to
be perceived as continuing its motion in that direction through a form of" visual …