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Full Description
This open access book is tailored to connect robotics and human factors in real-world contexts, offering essential guidance for designing and evaluating human-centered robotic systems through the approaches of ergonomics. Drawing on the latest advances in physical, cognitive, and organizational ergonomics, it provides a set of comprehensive frameworks on human-robot interaction. Organized in five thematic sections, the book moves from foundational concepts to applied domains, enabling technologies, groundbreaking developments, and societal aspects.
Designed for researchers, students, and professionals whose expertise moves across (and beyond) disciplinary fields like engineering, psychology, computer science, medicine, and design, this book welcomes readers from any background seeking to improve human well-being and human-robot systems performance.
Contents
Preface I - professor josé orlando gomes (iea president).- Preface ii - professor bruno siciliano & professor oussama khatib.- Introduction.-Section I - foundations.- 1 human-robot interactions and ergonomics.- 2 physical ergonomics in robotics.- 3 cognitive ergonomics in robotics.- 4 organizational ergonomics in robotics.- Section ii - key domains.- 5 industrial robotics.- 6 occupational wearable robotics.- 7 telepresence and teleoperation.- 8 medical-surgical robotics.- 9 assistive, prosthetic, and rehabilitative robotics.- 10 social robotics.- Section iii - ergonomics, robotics, and neuroscience.- 11 neuroergonomics in human-robot interaction.- 12 cognition in human-humanoid interactions.- 13 brain-robot interfaces in assistive applications.- Section iv - approaching human-robot interaction design.- 14 human-centered design for shared control in robotics.- 15 gesture-based human-robot interaction.- 16 natural language and explainability in human-robot interaction.- 17 quantifying the subjective experience in human-robot interaction.- Section v - towards sustainable human-robot interactions.- 18 robots and errors.- 19 robotics and trust.- 20 ergonomics, values, and roboethics .- 21 hfe considerations in sustainability for robotics.
