Miyashita Takahiro
Advanced Telecommunications Research Institute International
Papers
2
Total Citations
46
H-Index
2
About
Takahiro Miyashita is a pioneering researcher in human-robot interaction, with a particular focus on haptic communication and the social dynamics of robotic motion. His key research areas include the automatic categorization of physical interactions between humans and robots, and the impact of humanoid balancing motions on human perception and behavior. Miyashita’s most influential work, "Automatic Categorization of Haptic Interactions" (2006, 44 citations), proposes a groundbreaking method for classifying typical haptic interactions—such as pushing, patting, or stroking—between a human and a robot. This contribution is vital for developing communication robots that can interpret and respond to touch, thereby shortening the psychological distance between people and machines. In a related study on balancing motion (2006), he demonstrated that a humanoid robot’s swaying, generated by a dynamic balancing controller, influences human body sway and emotional impressions, suggesting that such lifelike movements are crucial for making robots appear more relatable and natural. Miyashita’s work has laid foundational insights for designing socially aware robots that engage humans through both physical and non-verbal cues, advancing the field of affective and haptic robotics.
Research Focus
Key Achievements
Top Papers
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