Simple gaze-contingent cues guide eye movements in a realistic driving simulator


Pomarjanschi L, Dorr M, Bex PJ, Barth E. Simple gaze-contingent cues guide eye movements in a realistic driving simulator. Proceedings of the SPIE 8651, Human Vision and Electronic Imaging. 2013;XVIII :865110.


Looking at the right place at the right time is a critical component of driving skill. Therefore, gaze guidance has the potential to become a valuable driving assistance system. In previous work, we have already shown that complex gaze-contingent stimuli can guide attention and reduce the number of accidents in a simple driving simulator. We here set out to investigate whether cues that are simple enough to be implemented in a real car can also capture gaze during a more realistic driving task in a high-delity driving simulator. We used astate-of-the-art, wide-eld-of-view driving simulator with an integrated eye tracker. Gaze-contingent warnings were implemented using two arrays of light-emitting diodes horizontally tted below and above the simulated windshield. Thirteen volunteering subjects drove along predetermined routes in a simulated environment populated with autonomous trac. Warnings were triggered during the approach to half of the intersections, cueing either towards the right or to the left. The remaining intersections were not cued, and served as controls. The analysis of the recorded gaze data revealed that the gaze-contingent cues did indeed have a gaze guiding effect, triggering a significant shift in gaze position towards the highlighted direction. This gaze shift was not accompanied by changes in driving behaviour, suggesting that the cues do not interfere with the driving task itself.


(Human Vision and Electronic Imaging 2013, in press)

Last updated on 12/23/2013