Arisara Romyen

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About

Arisara Romyen is a leading researcher in rehabilitation robotics and intelligent control systems, with a focus on enhancing human-robot interaction for medical therapy. Her major contribution lies in developing autonomous, adaptive control strategies that bridge the gap between conventional robotic rehabilitation and the nuanced, responsive techniques of human therapists. In her highly cited 2024 work, Romyen introduced an innovative upper-limb rehabilitation robot that leverages EMG-based Fuzzy-PI control to generate self-adaptive resistance in real time, mimicking the natural, dynamic responses of a therapist. This breakthrough addresses a critical limitation in robot-assisted therapy for stroke patients, where repetitive movements often lack the tailored resistance needed for optimal muscle and nervous function recovery. With 7 citations already, this paper underscores her impact on advancing neurorehabilitation technology. Romyen’s work is notable for its interdisciplinary approach, combining biomedical engineering, artificial intelligence, and control theory to create more effective, patient-centered rehabilitation tools. Her research promises to transform clinical practices, offering stroke survivors more intuitive and responsive therapy, and positions her as a rising innovator in assistive robotics.