G. L. Miller

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About

G. L. Miller is a pioneering roboticist whose work has advanced autonomous navigation and precision assembly. His key research areas include optical sensing for mobile robotics and high-precision automation for scientific instruments. Miller’s most significant contribution is the development of a simple, low-cost infrared rangefinder for autonomous robot cart navigation, first described in his 1987 paper (37 citations). This system used a modulated LED source to create a collimated beam, enabling reliable distance measurement without expensive lasers—a practical breakthrough for factory automation and mobile robotics. He further refined this concept in a 1990 follow-up (14 citations). Later, Miller applied his robotics expertise to a dramatically different challenge: the precision assembly of inertial confinement fusion ignition targets for the National Ignition Facility (NIF). His 2008 paper (8 citations) describes the robotic system he designed to assemble these complex, high-value targets, demonstrating the versatility of his engineering approach. Miller’s work bridges fundamental sensing technology and cutting-edge scientific instrumentation, showing how clever, low-cost solutions can enable both industrial robots and world-class laser fusion experiments.