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Biomimetic Skin represents a comprehensive exploration of one of the most exciting frontiers in robotics and biomedical engineering. This groundbreaking work examines how artificial skin systems can replicate the sophisticated sensory capabilities of biological skin, opening new possibilities for advanced robotics, prosthetics, and human-machine interaction.
Drawing from the latest advances in materials science, nanotechnology, and sensor engineering, this book provides both theoretical foundations and practical insights into the design and fabrication of biomimetic skin systems. The authors present cutting-edge research that bridges the gap between biological inspiration and technological innovation.
More than just a technical reference, Biomimetic Skin serves as a roadmap for researchers, engineers, and students working to develop the next generation of tactile sensing technologies. The work demonstrates how understanding biological systems can inspire revolutionary advances in artificial sensing and perception.
These insights are increasingly vital as robotics and AI systems require more sophisticated sensory capabilities to interact safely and effectively with humans and unpredictable environments. Biomimetic skin technology promises to revolutionize fields from healthcare to manufacturing, enabling machines to perceive and respond to their physical environment with unprecedented sensitivity and precision.
Markellos Ntagios, Oliver Ozioko, and Ravinder Dahiya are leading researchers in the field of flexible electronics and biomimetic sensing systems. Their collaborative work represents years of interdisciplinary research combining materials science, electrical engineering, and biological modeling to advance the state of artificial tactile sensing.
Professor Ravinder Dahiya's research group at the University of Glasgow has been at the forefront of developing neuromorphic tactile sensing systems, while the contributions of Ntagios and Ozioko bring expertise in advanced fabrication techniques and sensor design. Together, they provide a comprehensive view of this rapidly evolving field.