This textbook introduces approaches and design principles for developing intelligent autonomous systems grounded in biology and neuroscience. It is written for anyone interested in learning about this topic and can be used in cognitive robotics courses for students in psychology, cognitive science, and computer science. Neurorobotics covers the background and foundations of the field, with information on early neurorobots, relevant principles of neuroscience, learning rules and mechanisms, and reinforcement learning and prediction; neurorobot design principles grounded in neuroscience and principles of neuroscience research; and examples of neurorobots for navigation, developmental robotics, and social robots, presented with the cognitive science and neuroscience background that inspired them.

This book aims to ensure that the student gains knowledge about the design of the body's cells, muscles, and neuronal structures and to ensure the understanding of how the human system works to produce voluntary movements, as well as understand how these movements can be compromised by common movement disorders.

The book provides an integrated overview of contemporary research on neural plasticity - the process by which the brain can change in structure and function to cope with new experiences and react to the effects of acquired damage or sensory deprivation. It reviews data on plasticity in the developing brain, looking at both typical and atypical development, alongside clinical and observational research on the adult population. It covers a number of key topics, including: different forms of neural plasticity factors affecting neural plasticity (ageing and gender), neural plasticity in language acquisition, memory and bodily self-consciousness mechanisms of repair - plasticity following sensory deprivation and acquired brain damage.

Muscle tissue powers every heartbeat, blink, jog, jump, and goose bump. It is the force behind the most critical bodily functions, including digestion and childbirth, as well as extreme feats of athleticism. While most of our organs remain invisible to us, we can mold our muscles with exercise and observe the results. In this eye-opening book, orthopedic surgeon Roy A. Meals takes us on a wide-ranging journey through anatomy, biology, history, and health to unlock the mysteries of our muscles. He illustrates the molecular processes at work when our muscles contract and breaks down the three different types of muscle -- smooth, skeletal, and cardiac -- to reveal their unique and often reflexive functions in our bodies.

Diseases of the Nervous System, Second Edition , summarizes the current state of basic and clinical knowledge for the most common neurological and neuropsychiatric conditions. In a systematic progression, each chapter covers either a single disease or a group of related disorders ranging from static insults to primary and secondary progressive neurodegenerative diseases, neurodevelopmental illnesses, illnesses resulting from nervous system infection and neuropsychiatric conditions.

This expert volume in the Diagnostic Pathology series is an excellent point-of-care resource for practitioners at all levels of experience and training. Covering all aspects of normal histology of every organ system, it incorporates the most recent scientific and technical knowledge in the field to provide a comprehensive overview of all key issues relevant to today's practice.

Contemporary neuropsychiatry is largely informed by the methods and sources of cognitive neuroscience and phenomenology. This book attempts to consolidate some of the recent developments in the field.

This bestselling textbook provides social science students with an accessible introduction to neuroscience and the implications for our understandings of child development, considering the links between brain development and social and cultural issues.

Østergaard deconstructs the different parts of the brain and provides an engaging overview of its essential functions. He explains how we store information in the synapses of neural networks and how these networks carry commands to our muscles and internal organs and receive sensory input from our skin, eyes, ears, nose, and mouth. Delving into the subconscious, we learn what our brains are doing while we daydream and how neurotransmitters play a role in addiction. In this fascinating book, Østergaard reveals how this enigmatic organ is even more complex than we thought it was.

For students old and new, Brain and Mind Made Simple makes sense of the brain, mind and consciousness. The book is packed with examples, patient histories and explanations, exploring for instance the strange case of Phineas Gage who survived brain injury but with a new personality. An expert, scientific and highly accessible guide.