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About

Hirofumi Miura is a pioneering robotics researcher whose work spans dynamic locomotion, biomimetic robotics, and flexible manipulator systems. He is perhaps best known for his foundational contributions to biped robot locomotion, particularly his development of the BIPER series of robots — five dynamically stable walking machines that, despite being statically unstable, demonstrated that controlled dynamic gaits were achievable. His landmark 1984 paper, "Dynamic Walk of a Biped," has amassed over 450 citations and remains a cornerstone reference in legged robotics. Extending this work into quadruped systems, Miura investigated the dynamics of quadruped walking to optimize stability, speed, and energy efficiency, further cementing his influence in locomotion science. Beyond legged robots, Miura's research demonstrates remarkable breadth. His biomimetic work on water strider robots employing MEMS-fabricated hydrophobic legs and surface-tension-based wall-climbing robots reflects a sophisticated integration of biology and micro-engineering. He has also contributed to space robotics through the ASROT testbed, flexible manipulator control, and even clinical training technology via dental patient simulators. With a cumulative citation record reflecting sustained influence, Miura exemplifies a researcher whose innovations bridge fundamental dynamics and creative, application-driven design across multiple generations of robotics research.