Mastication Robotics: Biological Inspiration to Implementation is the first book in the special field of masticatory robots for applications including foods texture analysis, dental training and speech therapy. It is a collection of the efforts we have made in the field at Massey University, New Zealand. The book provides a thorough review of the human masticatory system, and presents principles, analysis, design, simulations and experiments of a number of masticatory robots developed by the authors. This book is a valuable reference for researchers, engineers and graduates in the field of robotics, mechatronics, automatic control, artificial intelligence and food sciences.
Mastication Robotics: Biological Inspiration to Implementation is the first book in the special field of masticatory robots for applications including foods texture analysis, dental training and speech therapy. It is a collection of the efforts we have made in the field at Massey University, New Zealand. The book provides a thorough review of the human masticatory system, and presents principles, analysis, design, simulations and experiments of a number of masticatory robots developed by the authors. This book is a valuable reference for researchers, engineers and graduates in the field of robotics, mechatronics, automatic control, artificial intelligence and food sciences.
First book in the special field of masticatory robots for applications including foods texture analysis, dental training and speech therapy Thorough review of the human masticatory system Valuable reference for researchers, engineers and graduates in the field of computational intelligence, robotics, mechatronics, automatic control, and food sciences Computational Intelligence readers can see how biological control principles can be applied to mechanical systems
Weilang Xu
Computational Intelligence Food Texture Analysis Human Chewing Behaviour Human Mastication Masticatory Robot Neurobotics Parallel Robot Robotic Jaw artificial intelligence knowledge mechatronics robot robotics simulation