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About

Tamaki Miyamoto explores the intersection of human-robot interaction and rehabilitation engineering, with a focus on how technology can enhance communication and functional recovery. Her most cited work, "Responsive Robot Gaze to Interaction Partner" (2006, 95 citations), investigates the critical role of eye movements in human-robot communication, demonstrating how gaze can regulate attention and turn-taking—a foundational contribution to socially aware robotics. This research bridges psychological insights with engineering design, influencing subsequent studies in human-computer interaction. Miyamoto also ventures into neurorehabilitation with "Engineering Approach for Functional Recovery Based on Body Image Adjustment by Using Biofeedback of Electrical Stimulation" (2014), proposing innovative methods to retrain motor function by altering body perception through biofeedback. While less cited, this work underscores her commitment to applying engineering principles to medical challenges. Her interdisciplinary approach—merging robotics, psychology, and rehabilitation—positions her as a thoughtful contributor to technologies that adapt to human needs, offering practical pathways for assistive devices and therapeutic interventions.