Humans coordinate their eye, head, and body movements to gather information from a
dynamic environment while maximizing reward and minimizing biomechanical and …

Abstract Models of eye-movement control during reading, developed largely within
psychology, usually focus on visual, attentional, lexical, and motor processes but neglect …

How we perceive objects around us depends on what we actively attend to, yet our eye
movements depend on the perceived objects. Still, object segmentation and gaze behavior …

Eye movements in daily life occur in rapid succession and often without a predefined goal.
Using a free viewing task, we examined how fixation duration prior to a saccade correlates …

Participants in an eye-movement experiment performed a modified version of the Landolt-C
paradigm (Williams & Pollatsek, 2007) to determine if there are preferred viewing locations …

The complexity of natural scenes makes it challenging to experimentally study the
mechanisms behind human gaze behavior when viewing dynamic environments …

Cognitive scientists and neuroscientists are increasingly deploying computational models to
develop testable theories of psychological functions and make quantitative predictions about …

In recent years, model-based simulation of eye-movement behavior has become a more and
more powerful scientific tool to understanding visual cognition (Kümmerer and Bethge …

Gaze movements during visual exploration of natural scenes are typically investigated with
the static picture viewing paradigm in the laboratory. While this paradigm is attractive for its …

The evaluation of process-oriented cognitive theories through time-ordered observations is
crucial for the advancement of cognitive science. The findings presented herein integrate …