This book's team of international authors presents the most comprehensive collection of writings on the subject of the human sense of touch published to date and cover the results of research as well as practical applications.

Haptic perception human beings' active sense of touch is the most complex of human sensory systems, and has taken on growing importance within varied scientific disciplines as well as in practical industrial fields. This book's international team of authors presents the most comprehensive collection of writings on the subject published to date and cover the results of research as well as practical applications. After an introduction to the theory and history of the field, subsequent chapters are dedicated to the neuro-physiological basics as well as the psychological and clinical neuro-psychological aspects of haptic perception. Moreover, results of studies into human haptic perception in the fields of virtual haptic and robotics are presented. In the final chapter, contributions from the applied and industrial sectors document the practical uses of knowledge about the human sense of touch.

Comprehensive textbook combining research and practical applications Dr. Martin Grunwald directs the Haptic-Research Laboratory at the Paul-Flechsig Institut for Brain Research, University of Leipzig, Germany, and collaborates with the Touch-Lab at the MIT, Boston, USA Chapters written by leading scientist in the field International authorship from academia and industry Includes supplementary material: sn.pub/extras

Klappentext

Haptic perception - human beings' active sense of touch - is the most complex of human sensory systems, and has taken on growing importance within varied scientific disciplines as well as in practical industrial fields. This book's international team of authors presents the most comprehensive collection of writings on the subject published to date and cover the results of research as well as practical applications. After an introduction to the theory and history of the field, subsequent chapters are dedicated to the neuro-physiological basics as well as the psychological and clinical neuro-psychological aspects of haptic perception. Moreover, results of studies into human haptic perception in the fields of virtual haptic and robotics are presented. In the final chapter, contributions from the applied and industrial sectors document the practical uses of knowledge about the human sense of touch.

Inhalt
Epistemological and historical aspects.- Haptic perception: an historical approach.- German pioneers of research into human haptic perception.- British pioneers of research into human haptic perception.- Early psychological studies on touch in France.- Haptics in the United States before 1940.- Neurophysiological and physiological aspects.- Anatomy of receptors.- Physiological mechanisms of the receptor system.- Neural basis of haptic perception.- The neural bases of haptic working memory.- Neuronal plasticity of the haptic system.- Psychological aspects.- Haptic perception in the human foetus.- Haptic behavior in social interaction.- Learning effects in haptic perception.- Implicit and explicit memory effects in haptic perception.- Attention in sense of touch.- Haptic object identification.- Haptic perceptual illusions.- Haptic perception in interaction with other senses.- Haptically evoked activation of visual cortex.- Haptic perception and synaesthesia.- Haptic perception in sexuality.- Haptic perception in space travel.- Clinical and neuropsychological aspects.- Phantom sensations.- The neuroscience and phenomenology of sensory loss.- Focal dystonia: diagnostic, therapy, rehabilitation.- Self-injurious behavior.- Haptic perception in infancy and first acquisition of object words: Developmental and clinical approach.- Haptic perception in anorexia nervosa.- Haptic interfaces and devices.- History of haptic interface.- Principles of haptic perception in virtual environments.- Haptic shape cues, invariants, priors and interface design.- Design guidelines for generating force feedback on fingertips using haptic interfaces.- Haptic rendering and control.- Haptic perception in human robotic systems.- Applications.- Haptic design of vehicle interiors at AUDI.- Visual-haptic interfaces in car design at BMW.- Haptics research at Daimler AG.- Haptic design of handles.- Vestibular sensory substitution using tongue electrotactile display.- The blind get a taste of vision.-Tactile ground surface indicators in public places.- HapticWalker Haptic foot device for gait rehabilitation.- Haptic sensing of virtual textiles.- Haptic discrimination of paper.- Haptic banknote design.- Get touched Bodycare as a design of media for self-perception.