by Marieke Rohde (Max Planck Institute for Biological Cybernetics, Tübingen, Germany & University of Sussex, UK)

The book “Enaction, Embodiment, Evolutionary Robotics” proposes how a particular kind of simulation model, i.e. Evolutionary Robotics simulations, can help to solve several problems in Cognitive Science. Examples discussed in the book ranges from motor control, neuroscientific theory, social contingency and time perception. It is argued that methodological minimalism can be a merit, not a shortcoming, even when studying something as complex as the human mind. The book concludes by proposing a new minimalist interdisciplinary framework for the study of perception, combining simulation modeling, experimental methods and accounts of subjective experience.

This book endorses an enactive and constructivist view on the human mind, in opposition to the traditional information-processing view. Furthermore, the book discusses and presents the enactive approach, clarifies the assets of this view and how it differs from other proposed alternatives to the computationalist paradigm in AI and Cognitive Science, crucial and missing in the ongoing “embodied turn”. The book also presents new experimental results on a number of topics and points out connections between them. Finally, the book proposes a novel framework for the study of perception that combines a number of methods, including computational modeling, in a previously unseen and promising way.

• An Enactive Approach to Human Cognition and Sensorimotor Behaviour
• Methods and Methodology
• Linear Synergies as a Principle in Motor Control
• An Exploration of Value System Architectures in Simulation
• Perceptual Crossing in a One-Dimensional World
• Perceptual Crossing in a Two-Dimensional World
• The Sensorimotor Basis of Temporal Experience
• An Experiment on Adaptation to Tactile Delays
• Simulating the Experiment on Adaptation to Sensory Delays
• Further Data Analysis in the Light of the Simulation Results
• Discussing the Results on Adaptation to Sensory Delays