Comprehensive Analysis of Control and Design Strategies of Upper Limb Robotic Rehabilitation Devices

Explore advanced control and design methodologies for upper limb robotic rehabilitation devices through this 19-minute keynote speech delivered at the 3rd International Conference on Applied Physics and Mathematical Modeling. Learn from Dr. Erkan Ödemiş of Çukurova University as he presents a comprehensive analysis of the engineering principles, control algorithms, and design considerations essential for developing effective robotic systems that assist in upper limb rehabilitation. Gain insights into the intersection of applied physics, mathematical modeling, and biomedical engineering as applied to assistive robotics technology for patient recovery and motor function restoration.