Mehran Safari Dehnavi

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About

Dr. Mehran Safari Dehnavi is a pioneering researcher at the intersection of cognitive robotics, biomedical engineering, and advanced control systems. His primary research areas include brain-computer interfaces (BCI), fractional-order control theory, and rehabilitation robotics. Dr. Dehnavi's most notable contribution is the development of an innovative framework that integrates EEG signal processing with fractional-order control for robotic hand rehabilitation. His 2022 paper, "Optimal control of robotic hand for rehabilitation using fractional order systems and EEG signal processing," demonstrates a novel approach where brain signals are decoded to command robotic movements, enabling intuitive, patient-driven therapy. This work bridges the gap between neural decoding and precise robotic actuation, offering a paradigm shift in neurorehabilitation. With 3 citations to date, this foundational paper is gaining traction as a reference for researchers exploring cognitive robotics and adaptive control. Dr. Dehnavi's work holds significant promise for restoring motor function in stroke and spinal cord injury patients, showcasing his commitment to translating complex control theory into tangible clinical solutions.