Navarro, J.
University of Lyon II
Eye-tracking devices are now very common in almost all cognitive psychology research fields. These devices have initially been designed to record and analyse gaze position on still images. Gaze position recordings are therefore perfectly adapted for cognitive activities such as reading. However, cognitive activities on moving images are also of interest. For instance, a large community in the cognitive ergonomics field is working on car driving, involving moving images situations. Eye-trackers manufacturers have developed softwares to analyse the eye data recorded, but those softwares are not adapted to moving images situations. Indeed these softwares analyse gaze directions using the moving images display as system of reference and not the images themselves. The present presentation will focus on quantitative and objective analysis of gaze position data collected on moving images environments. The different methods currently used in the car driving area will be presented and discussed according to their advantages and drawbacks. Then, what happened to be the most appropriate method, according to the comparison of the different methods presented, will be proposed as a standard method