Modelling Human Motion

Chapter 1 Modeling Human Motion: A Task at the Crossroads of Neuroscience, Computer Vision and Robotics

Chapter 2 The Neurophysiology of Action Perception

Chapter 3 Beyond Automatic Motor Mapping: New Insights into Top-Down Modulations on Action Perception

Chapter 4 The Visual Perception of Biological Motion in Adults

Chapter 5 The Development of Action Perception

Chapter 6 The Importance of the Affective Component of Movement in Action Understanding

Chapter 7 Optical Flow Estimation in the Deep Learning Age

Chapter 8 Spatio-Temporal Action Instance Segmentation and Localisation

Chapter 9 Vision During Action: Extracting Contact and Motion from Manipulation Videos—Toward Parsing Human Activity

Chapter 10 Human Action Recognition and Assessment Via Deep Neural Network Self-Organization

Chapter 11 Movement Expressivity Analysis: From Theory to Computation

Chapter 13 Adapting Movements and Behaviour to Favour Communication in Human-Robot Interaction

Chapter 14 Expressivity Comes First, Movement Follows: Embodied Interaction as Intrinsically Expressive Driver of Robot Behaviour

Chapter 15 Gestures in Educational Behavior Coordination. Grounding an Enactive Robot-Assisted Approach to Didactics

Chapter 16 Priming and Timing in Human-Robot Interactions