We investigate visual attention while interacting with geo information and in spatial decision situations. Eye tracking technology is used in order to understand users, predict their behavior, and assist them in their spatial activities. We combine competences and methods from Geographic Information Science, Computer Science, and Human Computer Interaction. We currently focus on the following three application areas:
Gaze-Informed Location-Based Services (GAIN-LBS) are LBS that consider the user's gaze as one type of context information.
Gaze-based interaction with digital maps or other types of geographic information visualizations.
Improving a pilot’s spatial awareness by enhancing flight operations and pilot training with gaze-based interactions.
Analyzing Dynamic Outdoor Eye-Tracking Data
Read MoreSupporting Sense-Making and Resilience in Distributed Cognition Systems: Managing Cognitive Load and Uncertainty in Traffic Control Rooms
Read MoreOur recent publication for the ACM CHI2025 on how AR can support situation awareness in aviation cockpits and sketch mapping for complex terrains is published open access. You can find it at Next-Generation Navigation and Sketch2Terrain..
Read MoreFind the results of our newest study on aviation weather visualizations at https://doi.org/10.1080/00140139.2024.2445317.
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