AbstractThere is preliminary evidence for interference between subsequently encoded velocities. We explored this effect using a motion extrapolation paradigm. In Experiments 1 and 2, moving targets disappeared behind an occluder. Participants responded at the time when they thought the target should reappear. Participants responded as if the current velocity was faster after a previous trial with a fast velocity and vice versa. In Experiment 3 the targets reappeared either on-time, early or late. A greater proportion of early trials were reported ‘correct’ following a fast previous trial. These experiments indicate that blending occurs between successively encoded velocity representations
The apparent physical speed of an object in the field of view remains constant despite variations in...
SummaryDuring smooth pursuit eye movement, observers often misperceive velocity. Pursued stimuli app...
A remarkable challenge our brain must face constantly when interacting with the environment is repre...
AbstractThere is preliminary evidence for interference between subsequently encoded velocities. We e...
We extended and reanalysed our recent data on motion extrapolation (Sokolov et al, 1997 Perception 2...
It is known that primates are sensitive to the velocity of moving objects. We can also remember velo...
We examined spatial estimation of accelerating objects (-8, -4, 0, +4, or +8 deg/s(2)) during occlus...
AbstractSome accounts hold that the position of moving objects is extrapolated either in visual perc...
AbstractPrevious work demonstrated that estimating time-to-contact (TTC) of moving objects towards a...
AbstractTo achieve perceptual alignment between a flashed target and a moving one, subjects typicall...
Neural processing of sensory input in the brain takes time, and for that reason our awareness of vis...
Owing to the delays incurred by neural transmission and processing, there is an inevitable delay bet...
Here we examined ocular pursuit and spatial estimation in a linear prediction motion task that empha...
In a series of psychophysical experiments,we altered the perceived speed of a spot (target) using a ...
AbstractAn object moving in discrete steps can appear to move continuously even along sections of th...
The apparent physical speed of an object in the field of view remains constant despite variations in...
SummaryDuring smooth pursuit eye movement, observers often misperceive velocity. Pursued stimuli app...
A remarkable challenge our brain must face constantly when interacting with the environment is repre...
AbstractThere is preliminary evidence for interference between subsequently encoded velocities. We e...
We extended and reanalysed our recent data on motion extrapolation (Sokolov et al, 1997 Perception 2...
It is known that primates are sensitive to the velocity of moving objects. We can also remember velo...
We examined spatial estimation of accelerating objects (-8, -4, 0, +4, or +8 deg/s(2)) during occlus...
AbstractSome accounts hold that the position of moving objects is extrapolated either in visual perc...
AbstractPrevious work demonstrated that estimating time-to-contact (TTC) of moving objects towards a...
AbstractTo achieve perceptual alignment between a flashed target and a moving one, subjects typicall...
Neural processing of sensory input in the brain takes time, and for that reason our awareness of vis...
Owing to the delays incurred by neural transmission and processing, there is an inevitable delay bet...
Here we examined ocular pursuit and spatial estimation in a linear prediction motion task that empha...
In a series of psychophysical experiments,we altered the perceived speed of a spot (target) using a ...
AbstractAn object moving in discrete steps can appear to move continuously even along sections of th...
The apparent physical speed of an object in the field of view remains constant despite variations in...
SummaryDuring smooth pursuit eye movement, observers often misperceive velocity. Pursued stimuli app...
A remarkable challenge our brain must face constantly when interacting with the environment is repre...