AbstractTo assess influences of fixational drift eye movements on motion detection, lower thresholds for motion and drift amplitudes were measured in normal subjects. The threshold was higher without visible surrounds than with a surround, and had a positive correlation with drift amplitude. The same effect, but more pronounced, was found when the surround was visible but flickered synchronously. In contrast, the correlation disappeared in the threshold with a static surround. These results suggest that, while spurious image motions by eye drift can have a detrimental effect, a mechanism tuned for differential motions normally counteracts it
AbstractHow sensitive are viewers to changes in global image properties across saccades during activ...
AbstractAs a mechanism to detect differential motion, we have proposed a model of ‘a motion contrast...
AbstractBecause the visual system integrates information across time, an image that moves on the ret...
AbstractThe eyes are always moving even during fixation, making the retinal image move concomitantly...
AbstractWhen dynamic random noise is replaced by static noise after a period of adaptation, adjacent...
Visual illusions are valuable tools for the scientific examination of the mechanisms underlying perc...
Even during periods of fixation our eyes undergo small amplitude movements. These movements are thou...
The human eyes are always moving. Even during periods of fixation when visual information is acquire...
AbstractHigh-fidelity eye tracking is combined with a perceptual grouping task to provide insight in...
SummaryOur eyes move continually, even while we fixate our gaze on an object. If fixational eye move...
Evidence is presented for the influence of fixational eye movements on visual perception. These eye ...
This thesis presents three different strands of research into fixational eye movements: the detectio...
During periods of steady fixation, we make small amplitude ocular movements, termed microsaccades, a...
Gaze data of 31 participants of a memory recall experiment was analyzed and the I-DT dispersion base...
AbstractVisual motion signals distort the perceived positions of briefly presented stimuli; a briefl...
AbstractHow sensitive are viewers to changes in global image properties across saccades during activ...
AbstractAs a mechanism to detect differential motion, we have proposed a model of ‘a motion contrast...
AbstractBecause the visual system integrates information across time, an image that moves on the ret...
AbstractThe eyes are always moving even during fixation, making the retinal image move concomitantly...
AbstractWhen dynamic random noise is replaced by static noise after a period of adaptation, adjacent...
Visual illusions are valuable tools for the scientific examination of the mechanisms underlying perc...
Even during periods of fixation our eyes undergo small amplitude movements. These movements are thou...
The human eyes are always moving. Even during periods of fixation when visual information is acquire...
AbstractHigh-fidelity eye tracking is combined with a perceptual grouping task to provide insight in...
SummaryOur eyes move continually, even while we fixate our gaze on an object. If fixational eye move...
Evidence is presented for the influence of fixational eye movements on visual perception. These eye ...
This thesis presents three different strands of research into fixational eye movements: the detectio...
During periods of steady fixation, we make small amplitude ocular movements, termed microsaccades, a...
Gaze data of 31 participants of a memory recall experiment was analyzed and the I-DT dispersion base...
AbstractVisual motion signals distort the perceived positions of briefly presented stimuli; a briefl...
AbstractHow sensitive are viewers to changes in global image properties across saccades during activ...
AbstractAs a mechanism to detect differential motion, we have proposed a model of ‘a motion contrast...
AbstractBecause the visual system integrates information across time, an image that moves on the ret...