Rehabilitation Engineering, Assistive Technologies and the Future of Healthcare Using Robotics¿¿¿ presents the most recent developments in assistive technologies, rehabilitative engineering, and robotics, offering in-depth analysis of cutting-edge instruments and frameworks that have the power to transform rehabilitation and general well-being. The book provides insights into how the integration of assistive technology and robots can enhance healthcare delivery while also addressing global challenges related to healthcare accessibility, rehabilitation, the integration of advanced technologies,…mehr
Rehabilitation Engineering, Assistive Technologies and the Future of Healthcare Using Robotics¿¿¿ presents the most recent developments in assistive technologies, rehabilitative engineering, and robotics, offering in-depth analysis of cutting-edge instruments and frameworks that have the power to transform rehabilitation and general well-being. The book provides insights into how the integration of assistive technology and robots can enhance healthcare delivery while also addressing global challenges related to healthcare accessibility, rehabilitation, the integration of advanced technologies, opportunities, and problems in assistive technologies. Sections are complemented by case studies from different countries.
1. Transformative role of artificial intelligence in healthcare robotics 2. Robotic assistive technologies for patients with motor disabilities: An overview 3. A telerehabilitation framework for robot-aided therapies and digital twin-based training system 4. Significance and impact of robotics in healthcare using optimized techniques 5. Flex sensors in healthcare communication: Accessibility and interaction 6. Optimizing design and analysis of walking assistance exoskeleton 7. Revolutionizing rehabilitation robotics in physiotherapy 8. Integrated stacked LSTM methodology for Parkinson’s disease identification and exoskeleton rehabilitation using the Daphnet dataset 9. AIoT-powered proactive elderly healthcare: Wearable monitoring 10. The rise of Robotics and AI in healthcare: Concerns and Implications 11. Exploring ethical and social dimensions of healthcare robotics in patient centered care
1. Transformative role of artificial intelligence in healthcare robotics 2. Robotic assistive technologies for patients with motor disabilities: An overview 3. A telerehabilitation framework for robot-aided therapies and digital twin-based training system 4. Significance and impact of robotics in healthcare using optimized techniques 5. Flex sensors in healthcare communication: Accessibility and interaction 6. Optimizing design and analysis of walking assistance exoskeleton 7. Revolutionizing rehabilitation robotics in physiotherapy 8. Integrated stacked LSTM methodology for Parkinson’s disease identification and exoskeleton rehabilitation using the Daphnet dataset 9. AIoT-powered proactive elderly healthcare: Wearable monitoring 10. The rise of Robotics and AI in healthcare: Concerns and Implications 11. Exploring ethical and social dimensions of healthcare robotics in patient centered care
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