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Full Description
This book reports on advances in applied technologies aimed at improving the quality of life, autonomy, and inclusion of individuals with disabilities, with a special emphasis on interdisciplinary approaches and user-centered design. It covers motor and cognitive assistive technologies, accessibility solutions, human-computer interaction, brain-computer interfaces, robotics, e-health applications, and smart environments. Further topics include the ethical and legal frameworks that support innovation in this field. Chapters present both theoretical research and practical case studies concerning the development, implementation, and evaluation of technological solutions across diverse domains related to disability. Contributions reflect the intersection of engineering, health sciences, and social innovation, highlighting the role of collaborative efforts between researchers, clinicians, technologists, and users. Based on the 13th Congreso Iberoamericano de Tecnologías de Apoyo a la Discapacidad (IBERDISCAP2025), held on November 3-5, 2025, in Seville, Spain, this book offers a timely reference for academics, engineers, clinicians, developers, and policy-makers working in the broad field of disability, accessibility, and assistive technology.
Contents
.- Key Ingredients and Principles of Benchmarking.- Estimation of Fatigue-Related Metrics in Robot-Resisted Upper Limb Movements: A Pilot Study.- A Non-Invasive Approach to Assessing the Lasting Effect of Focal Muscle Vibration: A Pilot Study.- Mobility-Derived Progression Index demonstrates sensitivity in assessing disease evolution in patients with peripheral neuropathies, etc.
