Human-machine interaction and cognitive ergonomics

The modes of interaction with systems are becoming evermore varied and sophisticated. Many of our research projects exploit the visual analysis of the end-user in order to improve human-machine interaction. The investigation of gaze and visual attention, the identification of movements, the tracking of facial muscular movements and the recognition of facial expressions are exploited to better comprehend the user’s intention in order to supply it with a more user-friendly system. Furthermore, within the contexts of training or support to users, computer vision systems can serve to analyze the behaviors and emotional states of human subjects. For example, they are capable of detecting signs of stress, fatigue or distraction. The development of our technologies rests on a solid expertise in cognitive ergonomics. In addition, we hold a FACS (Facial Action Coding System) certification for the classification of facial expressions.

Related technologies: Recognition of facial expressions, video synchronization software for eye-tracker and joystick, facial movement detector under infrared lighting.

 

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  • Assemblée annuelle et cocktail réseautage: un franc succès!
    20/06/2019

    Lors de son assemblée générale annuelle qui a eu lieu le 19 juin, le CRIM a dévoilé son rapport d'activités, en plus d’annoncer la composition de son conseil d'administration et de présenter les résultats d’une étude d’impact sur les activités du centre.

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Upcoming event

  • LearnAut 2019
    27 June 2019 0:00
    Vancouver
    Le CRIM présentera un article au LearnAut2019 qui aura lieu à Vancouver, du 24 au 27 juin 2019
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Recent Publications

  • Forage de données géospatiales, quelques applications

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  • Des technologies perturbatrices pour de futures applications du bâtiment intelligent utilisant AI

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