Hironori Matsubara

Papers

Total Citations

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About

Hironori Matsubara is a robotics researcher focused on advancing mobility and load-carrying systems through innovative two-wheeled vehicle designs. His key research areas include inverted pendulum control, human-robot cooperation, and adaptive locomotion for challenging environments. Matsubara’s major contributions center on developing specialized control strategies for inverted two-wheeled robots, enabling them to perform tasks beyond conventional capabilities. Notably, his work on a "soft landing control" method allows these vehicles to transition smoothly between two-wheeled and stable traveling modes, enhancing safety and versatility. He also pioneered a "human cooperation control" approach that enables two-wheeled robots to ascend stairs with human assistance—a critical advancement for deploying luggage transport robots in aging societies where stair navigation remains a barrier. His 2019 study on an inverted two-wheeled luggage transport vehicle laid the groundwork for compact, agile load-carrying robots. While each of his three most-cited papers has garnered 2 citations, their collective impact lies in addressing real-world mobility challenges, from pivot-turn agility to stair climbing. Matsubara’s work directly tackles labor shortages by making robotic assistants more practical in human living environments, demonstrating how niche control innovations can expand the operational scope of two-wheeled robots.