Spatial information acquisition happens in large part through the visual sense. Studying
visual attention and its connection to cognitive processes has been the interest of many …

We conducted a controlled empirical eye tracking study with 40 participants using schematic
metro maps. The study focused on two aspects: determining different reading strategies and …

Abstract Head-mounted Augmented Reality (AR) displays overlay digital information on
physical objects. Through eye tracking, they provide insights into user attention, intentions …

Evaluation has become a fundamental part of visualization research and researchers have
employed many approaches from the field of human-computer interaction like measures of …

Eye movement data convey a wealth of information that can be used to probe human
behaviour and cognitive processes. To date, eye tracking studies have mainly focused on …

Head movement is widely used as a uniform type of input for human-computer interaction.
However, there are fundamental differences between head movements coupled with gaze in …

In this paper we use pupil diameter as an indicator for measuring cognitive load for six
different tasks on common web maps. Two eye tracking data sets were collected for different …

In this work, we present GazeGraph, a system that leverages human gazes as the sensing
modality for cognitive context sensing. GazeGraph is a generalized framework that is …

With eye tracking finding widespread utility in augmented reality and virtual reality headsets,
eye gaze has the potential to recognize users' visual tasks and adaptively adjust virtual …

In this paper, we investigate nine different visual representations of gaze in a competitive
digital game setting. We evaluate the ability of spectators to infer a player's intentions in the …