Seiji Masakado

Kyushu Institute of Information Sciences, Kyushu Institute of Technology

Papers

Total Citations

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About

Seiji Masakado is a pioneering researcher in bio-inspired robotics and entertainment robot design, whose work bridges the gap between biological locomotion principles and agile robotic systems. His primary research areas include central pattern generator (CPG)-based locomotion control, gait transition mechanisms, and the development of high-performance actuators for rapid robotic movement. Masakado’s most influential contribution is his 2005 study on CPG-driven quadruped robot locomotion (16 citations), which demonstrated how neural oscillator networks can generate stable, rhythmic walking patterns—a foundational concept in legged robotics. He further advanced the field with a gait-transition method (5 citations) that ensures stability during speed changes, critical for real-world deployment. Masakado also made a significant mark in entertainment robotics with the creation of “Jumping Joe” (2006, 10 and 8 citations), an artistic robot capable of acrobatic feats like somersaults and rapid wake-up motions. To achieve these dynamic movements, he invented two novel actuators—the Inertia Actuator and Cam Charger (2007, 2 citations)—which generate precise internal torques for explosive actions. Though his citation counts are modest, Masakado’s work is notable for its creative integration of biological principles and mechanical innovation, inspiring future generations of agile, legged robots.