Hideki Miyaguchi

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About

Hideki Miyaguchi is a researcher whose work lies at the intersection of human sensorimotor control and robotic interaction, with a particular focus on how humans perceive and integrate mechanical impedance. His key research area explores the sensory-motor integration underlying impedance perception—the ability to sense and interpret the stiffness, damping, and inertia of a manipulated object or robot. In his most cited work, "Human Impedance Perception through Sensory-Motor Integration" (2003), Miyaguchi conducted experiments with both healthy subjects and a patient with cerebellar ataxia, revealing the critical roles of visual and somatosensory information in motor control. This study provided foundational insights into how the cerebellum contributes to impedance perception, bridging neuroscience and robotics. His subsequent analysis in 2005 further refined these findings. Though his citation counts are modest, his contributions are notable for their interdisciplinary approach, combining clinical neurology with human-robot interaction. Miyaguchi’s work offers valuable perspectives for researchers designing intuitive robotic systems that can adapt to human perceptual capabilities.