Yuichi Tamura

Papers

Total Citations

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About

Yuichi Tamura is a robotics researcher whose work centers on bipedal locomotion and biomechanical motion control in robotic systems. His research investigates the dynamic interplay between upper and lower body mechanics in walking robots, with a particular focus on how arm swinging combined with flexible trunk structures can produce more natural, human-like gait patterns. His most recognized contribution, "Bipedal locomotion by swinging arm with flexible trunk" (2020), challenges the prevailing tendency in humanoid robotics to concentrate exclusively on lower-body mechanics, instead demonstrating mathematically and experimentally that coordinated upper-body motion plays a critical role in achieving stable, natural bipedal walking. By incorporating trunk flexibility into the locomotion framework, Tamura's work pushes the boundaries of conventional robot design toward more biomimetically inspired solutions. Though his citation record reflects an early-career or emerging research profile, his focus on holistic body coordination in bipedal systems addresses a meaningful gap in the robotics literature. His contributions are particularly relevant for researchers and students interested in humanoid robotics, biomechanics, and the development of next-generation walking machines that more faithfully replicate natural human movement.