A key feature of visual processing in humans is the use of saccadic eye movements to look
around the environment. Saccades are typically used to bring relevant information, which is …

Our visual system is fundamentally retinotopic. When viewing a stable scene, each eye
movement shifts object features and locations on the retina. Thus, sensory representations …

While humans typically saccade every∼ 250 ms in natural settings, studies on vision tend to
prevent or restrict eye movements. As it takes∼ 50 ms to initiate and execute a saccade, this …

Every time we move our eyes, the retinal locations of objects change. To distinguish the
changes caused by eye movements from actual external motion of the objects, the visual …

The presaccadic preview of a peripheral target enhances the efficiency of its postsaccadic
processing, termed the extrafoveal preview effect. Peripheral visual performance—and thus …

It has been suggested that, prior to a saccade, visual neurons predictively respond to stimuli
that will fall in their receptive fields after completion of the saccade. This saccadic remapping …

Abstract Analysis of eye-movements is crucial to many applications, from medical diagnosis
to gaming. A critical step in this process lies in segmenting raw gaze coordinates provided …

Visual neural processing is distributed among a multitude of sensory and sensory-motor
brain areas exhibiting varying degrees of functional specializations and spatial …

The world around us appears stable and continuous despite saccadic eye movements. This
apparent visual stability is achieved by trans-saccadic perception leading at the behavioural …

A key aspect of efficient visual processing is to use current and previous information to make
predictions about what we will see next. In natural viewing, and when looking at words, there …