Digital Human Modeling and Applications in Health, Safety, Ergonomics and Risk Management. Human Body, Motion and Behavior

Ergonomics, Human Factors and Occupational Health.- Addressing Human Factors and Ethics in the design of 'Future Work' and Intelligent Systems for use in Financial Services - person centered operations, Intelligent Work & the Triple Bottom Line.- Digital Human-in-the-loop Methodology for Early Design Computational Human Factors.- Well-being at Work: Applying a Novel Approach to Comfort Elicitation.- Opportunities of Digitalization and Artificial Intelligence for Occupational Safety and Health in Production Industry.- Digital Human Simulation for Fall Risk Evaluation when Sitting on Stepladders.- Study on Evaluation Index of Physical Load of Chemical Prevention Personnel in High Temperature and Humidity Environment.- Human Body and Motion Modeling.- The Wearable Resistance Exercise Booster's Design for the Elderly.- 3D Model of Ergonomic Socket Mechanism for Prostheses of Transtibial Amputees.- Evaluating the Risk of Muscle Injury in Football-kicking Training with OpenSim.- New Approaches to Movement Evaluation Using Accurate Truck Ingress Data.- A Two-step Optimization-based Synthesis of Squat Movements.- Ergonomics-based Clothing Structure Design for Elderly People.- Comparisons of Hybrid Mechanisms Based on Their Singularities for Bone Reduction Surgery: 3-RPS-3-PRP and 3-PRP-3-RPS.- The Measurement and Analysis of Chinese Adults' Range of Motion Joint.- Language, Communication and Behavior Modeling.- Modeling Rapport for Conversations about Health with Autonomous Avatars from Video Corpus of Clinician-Client Therapy Sessions.- Finding a Structure: Evaluating Different Modelling Languages Regarding their Suitability of Designing Agent-based Models.- The Role of Embodiment and Simulation in Evaluating HCI: Experiments and Evaluation.- Tracking Discourse Topics in Co-speech Gesture.- Patient-provider Communication Training Models for Interactive Speech Devices.- Semantically Related Gestures Move Alike: Towards a Distributional Semantics of