Rei Murakami

Papers

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About

Rei Murakami is a pioneering robotics researcher whose work bridges biologically inspired vision systems and human-robot interaction. His key research areas include robotic vision, planetary exploration systems, and emotion-based robotics. Murakami’s most notable contribution is the development of the Wide Angle Fovea (WAF) lens, a high-definition imaging system modeled after the human visual system, designed for autonomous robots and vehicles. This work, cited 6 times, has become a foundational reference in robotic vision for its unique design concept. He also advanced lunar exploration technology with a visual remote operation system for low-gravity planet rovers, featuring an innovative center-of-gravity shift mechanism for stable, high-speed driving (5 citations). In human-robot interaction, Murakami developed a non-verbal communication-based emotion incitation robot that uses eye movements and motion to evoke emotional responses (4 citations). His interdisciplinary approach—combining optics, mechanical engineering, and affective computing—demonstrates a rare ability to translate biological principles into functional robotic systems. Murakami’s work continues to influence autonomous navigation and socially interactive robotics, making him a notable figure in next-generation robotic design.