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About

Junichi Sugiyama is a robotics researcher whose work centers on human-robot interaction, wearable interfaces, and telepresence systems. His research addresses one of the field's central challenges: enabling humans to control robots intuitively and effectively, bridging the physical gap between operator and machine through innovative sensory technologies. Sugiyama's most recognized contribution is the development of a belt tactile interface for mobile robot communication, which garnered 16 citations and introduced intelligent obstacle detection through haptic feedback — allowing operators to perceive their robot's environment through touch. His work on visuo-inertial wearable interfaces for humanoid robot control, accumulating nearly 20 citations across related publications, demonstrated how cameras and inertial sensors could be combined to translate natural human body movements — walking, arm gestures, and grasping — into seamless robot commands. His NAVIgoid telepresence system further explored multisensory telexistence, integrating vision, hearing, and touch to create compelling remote presence experiences. Earlier foundational work on vision-based motion instruction interfaces established the trajectory his research would follow. Collectively, Sugiyama's contributions advance the accessibility and naturalness of robot control, making sophisticated robotic systems operable through everyday human movement rather than complex programming.