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This book presents scientific and practical developments in the emerging trends of human-centric robotics in unstructured environments, covering Human–Robot Collaboration, Mobile Robotics and Manipulation, Field Robotics, Aerial Robotics, Humanoids, and Autonomous Driving. It offers insights into the latest scientific and technological development in robot–human interactions, advanced autonomy, and robust designs for real-world applications. This edition's approach is characterized by strong scientific developments backed by practical applications, offering detailed case studies and experimental data that support the theoretical foundations of robotic technology. By emphasizing the application side of research, it encourages readers to consider not only, theoretical advancements in robotics but also the implications and opportunities for real-world integration.
This book investigates the latest advancements in human-centric robotics, focusing on their application in unpredictable environments. It presents scientific and practical developments in areas such as Human-Robot Collaboration, Mobile Robotics and Manipulation, Field Robotics, Aerial Robotics, Humanoids, and Autonomous Driving. The authors highlight cutting-edge research in robot-human interactions, advanced autonomy, and robust designs for real-world applications. The approach emphasizes strong scientific developments supported by practical applications and detailed experimental data.
This collection of papers from the 18th International Symposium on Experimental Robotics offers a comprehensive overview of the current state and future directions in human-centric robotics. The focus on practical applications alongside theoretical advancements provides valuable insights for researchers and engineers. The inclusion of detailed case studies and experimental data supports the practical integration of robotic technologies into real-world scenarios. The symposium's proceedings are expected to be a significant resource for those working in advanced autonomy and human-robot interaction.
Page Count:
621
Publication Date:
2024-08-06
Publisher:
Springer Nature Switzerland
ISBN-10:
3031635957
ISBN-13:
9783031635953
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