As we navigate and behave in the world, we are constantly deciding, a few times per
second, where to look next. The outcomes of these decisions in response to visual input are …

Humans typically move their eyes in “scanpaths” of fixations linked by saccades. Here we
present DeepGaze III, a new model that predicts the spatial location of consecutive fixations …

Learning the properties of an image associated with human gaze placement is important
both for understanding how biological systems explore the environment and for computer …

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

The way the cognitive system scans the visual environment for relevant information–visual
search in short–has been a long-standing central topic in vision science. From its inception …

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 …

Comics are complex documents whose reception engages cognitive processes such as
scene perception, language processing, and narrative understanding. Possibly because of …

A visual scanpath represents the human eye movements when scanning the visual field for
acquiring and receiving visual information. Predicting visual scanpaths when a certain …

Recent evidence has demonstrated that during visual spatial attention sampling, neural
activity and behavioral performance exhibit large fluctuations. To understand the origin of …

The last years have seen a surge in models predicting the scanpaths of fixations made by
humans when viewing images. However, the field is lacking a principled comparison of …