Mikio HORIE

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About

Mikio Horie is a pioneering researcher in the field of precision robotics and mechanism design, with a career dedicated to advancing the synthesis and sensing capabilities of robotic systems. His key research areas include robotic pantograph mechanisms, micro-robotics, and force sensing technologies. Horie’s major contributions lie in the rational synthesis of pantograph mechanisms, where he developed innovative charts for analyzing kinematic and static characteristics, enabling their effective use as robot arms and legs with two degrees of freedom. This work, published in 1991, has garnered 8 citations and remains a foundational reference for mechanism design. Additionally, Horie advanced micro-robotics by developing three-axial force sensors tailored for microassembly systems and micro-robots, as detailed in his 1995 paper (5 citations). These sensors, capable of being arranged in matrices for distributed force sensing, represent a notable achievement in enhancing precision and control in miniature robotic applications. Horie’s research, though modest in citation counts, has significantly influenced the practical design and sensing capabilities of specialized robotic systems, underscoring his impact on the engineering of compact, efficient mechanisms for automation and micro-manipulation tasks.