The perceptual consequences of eye movements are manifold: Each large saccade is
accompanied by a drop of sensitivity to luminance-contrast, low-frequency stimuli, impacting …

Microsaccades are small saccades. Neurophysiologically, microsaccades are generated
using similar brainstem mechanisms as larger saccades. This suggests that peri-saccadic …

Traveling waves of neural activity are frequently observed to occur in concert with the
presentation of a sensory stimulus or the execution of a movement. Although such waves …

Across the animal kingdom, sensations resulting from an animal's own actions are
processed differently from sensations resulting from external sources, with self-generated …

Action and perception are intimately coupled systems. One clear case is saccadic
suppression, the reduced visibility around the time of saccades, which is important in …

Media streaming, with an edge-cloud setting, has been adopted for a variety of applications
such as entertainment, visualization, and design. Unlike video/audio streaming where the …

Humans use rapid eye movements (saccades) to inspect stimuli with the foveola, the region
of the retina where receptors are most densely packed. It is well established that visual …

Rapid eye movements (saccades) incessantly shift objects across the retina. To establish
object correspondence, the visual system is thought to match surface features of objects …

When visual objects shift rapidly across the retina, they produce motion blur. Intra-saccadic
visual signals, caused incessantly by our own saccades, are thought to be eliminated at …

This paper presents a new video database (BVI-HFR), which contains content with a variety
of frame rates from 15Hz to 120Hz, that can be used to demonstrate the benefits and …