Daisuke Komizo

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About

Daisuke Komizo is a pioneering roboticist whose career has been dedicated to the life-saving application of humanitarian demining. His primary research focuses on the development and control of advanced walking robots designed to detect and map landmine fields, a critical effort to protect civilians and enable safe land reclamation. Komizo’s major contribution is the conceptualization and creation of the COMET series of robots, beginning with COMET-I, a teleoperated six-legged platform. He later advanced this work with COMET-II and COMET-III, which introduced enhanced stability, mobility, and multitask cooperative control. These platforms were among the first global pioneering projects to propose full-autonomous and semi-autonomous robots for mine detection, integrating sophisticated obstacle avoidance and dual manipulator arms for complex field operations. His most cited work, "Development and Control of Mine Detection Robot COMET-II and COMET-III" (2003, 52 citations), along with his foundational 2002 paper on COMET-I (31 citations), has established a technical roadmap for the field. By merging robust legged locomotion with high-instrumentation sensing, Komizo has directly addressed one of the most dangerous and pressing humanitarian challenges, demonstrating how robotics can serve global safety.