Takumi Miura

Hiroshima University, Kanagawa Institute of Technology

Papers

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About

Takumi Miura is a pioneering roboticist whose work bridges the gap between human dexterity and machine precision. His primary research areas include robotic manipulation, wire-driven actuation systems, and dynamic task control—fields where he has made foundational contributions to how robots handle complex, real-world objects. Miura’s most notable achievement is his groundbreaking work on flower stick juggling, where he developed a feedback control strategy to realize the “propeller” rotation—a dexterous task previously exclusive to skilled human performers. This 2015 study, with 14 citations, demonstrates his ability to translate intricate human motions into robotic algorithms, pushing the boundaries of dynamic manipulation. Earlier, in 2002, Miura introduced the concept of a wire-driven robot hand, featuring five fingers and three links actuated by wires, alongside a two-dimensional arm and suspended wrist mechanism. This design, cited 8 times, addressed critical challenges in vibration control and actuation efficiency, laying the groundwork for lightweight, flexible robotic hands. Miura’s work is essential for students and researchers interested in bio-inspired robotics, offering a blueprint for creating machines that can perform delicate, rhythmic tasks with human-like finesse.