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About

Naoki Mizuno is a robotics researcher whose work spans teleoperation, autonomous navigation, and human-robot interaction, with a strong focus on real-world applications in hazardous environments. His most cited paper (30 citations) compares manipulator teleoperation methods for nuclear decommissioning at Fukushima Daiichi, demonstrating practical solutions for debris retrieval in inaccessible areas. Mizuno has made significant contributions to firefighting robotics, developing path-smoothing algorithms (24 citations) and two-stage Hybrid A* path-planning (9 citations) for large petrochemical complexes, addressing critical challenges in autonomous navigation under spatial and computational constraints. His innovative work extends to sports robotics with the development of "MRO Brothers," a fully automatic badminton-playing robot (13 citations) that uses Kinect sensors for shuttlecock tracking and trajectory estimation. Additionally, Mizuno has advanced robot manipulator control through particle swarm optimization for parameter identification (11 citations) and contributed to autonomous mapping with parking spot estimation methods (6 citations). His research consistently bridges theoretical robotics with practical deployment in high-stakes settings, from nuclear disaster response to firefighting, earning him recognition for engineering robust, real-world robotic systems.