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  • Facial Analysis and Computer-aided Evaluation System (FACES) Jacksonville, Fla.

    The purpose of this study is the implementation of an AI-driven facial analysis system, FACES, which will enable precise quantitative measurement and tracking of facial motor parameters, improving the assessment and treatment of facial paralysis.

     
  • Measuring Social Facial Perception Using Eye-Tracking Rochester, Minn.

    The purpose of this study is to utilize an eye-tracker to assess how facial deformities change the way casual observers direct attention to the face, to utilize eye-tracking to measure the impact of facial reconstructive surgery on social facial perception, and to assess correlations between objective (eye-tracking) and subjective (questionnaire) perceptions of facial deformity.

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  • Measuring Social Facial Perception Using Eye-Tracking Jacksonville, Fla., Scottsdale/Phoenix, Ariz.

    The purpose of this study is to utilize an eye-tracker to assess how facial deformities change the way casual observers direct attention to the face, to utilize eye-tracking to measure the impact of facial reconstructive surgery on social facial perception, and to assess correlations between objective (eye-tracking) and subjective (questionnaire) perceptions of facial deformity.
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