Wearable sensors Expérience Utilisateur Smartphone Arts Conception centrée-utilisateur Ergonomics Emotions Evaluation Design Regulation Ergonomic approach Equations Structurelles Capteurs Emotion Framework VR Régulation Transformer neural network User-centered design Model Authorship Affective-Motivational factors AI Physiological signals Acceptability Ethnographic approach Réalité virtuelle Workload Immersion Co‐design approaches Machine Learning ICTE Artificial Intelligence Objective measurement Free- space optical communications Contrôle TICE Social interaction Physiological Measurement Electroencephalogram EEG Deep neural networks DNNs Intensive Care Facteurs AffectivoMotivationnels Qualitative analysis UX Mental workload MWL Non verbal communication Convolutional neural networks Structural Equation Modelling Protective equipment Machine learning Ebola virus disease Mesures Painting ICU ventilators Facial expressions Virtual assistant Mesure objective Scenario GAN Convolutional neural network CNN Healthcare technologies Technology research Satisfaction User eXperience Acceptabilité Time series classification TSC User experience Electrodermal activity EDA Laboratory sensors Stress Virtual reality N-back task Emotion recognition Reconnaissance des émotions Virtual Reality Automatic Recognition Computational Creativity CAN Comparison Before-After Use Signaux physiologiques Logs Measures Expectation-Disconfirmation Theory Eye-tracking Bias Task performance EVE Technical performance Design thinking Auto-évaluation Acceptance Photoplethysmogram PPG Collaboration Self-evaluation Mental effort Usage Monitoring Stationary sensors Smartphone Monitoring Regulation Self-evaluation Objective measurement Logs