Enabling saccadic redirection through real‐time saccade prediction

Enabling Proactiveness through Context Prediction

In order to enable proactiveness in applications and services, inferences about likely future contexts are needed. This task, which is often referred to as context prediction, has not been properly addressed in the literature. We define the different components of context awareness from data acquisition to prediction. Some mathematical principles of making predictions, alongside with technical ...

Saccadic inhibition in a guided saccade task

The eye movement system reacts very systematically to visual transients that are presented during the planning phase of a saccade. About 50 to 70 ms after the onset of a transient, the number of saccades that are started decreases, a phenomenon that has been termed saccadic inhibition. Saccades started just before this time window are hypometric compared to regular saccades, presumably because ...

Enabling Realtime Location Privacy with Predictive Anonymization

Saccade dynamics before, during, and after saccadic adaptation in humans.

PURPOSE When saccade amplitude is systematically inadequate relative to the desired target position, the saccadic system adaptively modifies the amplitude of subsequent saccades so as to recover precise targeting capabilities. The effect of saccadic adaptation on saccade metrics (amplitude, direction) is well documented, but the effect on dynamics (velocity, duration, acceleration, deceleration...

Saccadic suppression of displacement in face of saccade adaptation

Saccades challenge visual perception since they induce large shifts of the image on the retina. Nevertheless, we perceive the outer world as being stable. The saccadic system also can rapidly adapt to changes in the environment (saccadic adaptation). In such case, a dissociation is introduced between a driving visual signal (the original saccade target) and a motor output (the adapted saccade v...