Human visual experience usually provides ample opportunity to accumulate knowledge
about events unfolding in the environment. In typical scene perception experiments …

Previous research has shown that eye-movements change depending on both the visual
features of our environment, and the viewer's top-down knowledge. One important question …

The visual input that the eyes receive usually contains temporally continuous information
about unfolding events. Therefore, humans can accumulate knowledge about their current …

How people look at visual information reveals fundamental information about them; their
interests and their states of mind. Previous studies showed that scanpath, ie, the sequence …

During active behavior humans redirect their gaze several times every second within the
visual environment. Where we look within static images is highly efficient, as quantified by …

A less studied component of gaze allocation in dynamic real-world scenes is the time lag of
eye movements in responding to dynamic attention-capturing events. Despite the vast …

“Natural” gaze is typically measured by tracking eye positions during scene presentation in
laboratory settings. How informative are such investigations for real-world conditions? Using …

Eye-tracking allows researchers to infer cognitive processes from eye movements that are
classified into distinct events. Parsing the events is typically done by algorithms. Here we …

What is the link between eye movements and sensory learning? Although some theories
have argued for an automatic interaction between what we know and where we look that …

In human vision, acuity and color sensitivity are greatest at the center of fixation and fall off
rapidly as visual eccentricity increases. Humans exploit the high resolution of central vision …