Ryoma Kitamura

Papers

Total Citations

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About

Ryoma Kitamura is a researcher focused on the biomechanics and robotics of bipedal locomotion, with a particular emphasis on the often-overlooked roles of the upper body. His work investigates how arm swinging and trunk twisting contribute to stability, angular momentum compensation, and natural walking in humanoid robots. Kitamura’s key contributions include developing mathematical models and robotic implementations that demonstrate how a flexible trunk and coordinated arm motion enhance balance and efficiency during gait. His most-cited paper, “Effect of arm swinging and trunk twisting on bipedal locomotion” (2019, 3 citations), lays the theoretical groundwork for understanding upper-body dynamics, while his follow-up study (2020, 2 citations) validates these principles through robotic experiments. Though his citation counts are modest, Kitamura’s research addresses a critical gap in humanoid robotics—most studies focus solely on lower-body mechanics. By integrating upper-body flexibility and movement, his work paves the way for more natural, stable, and human-like walking in robots, offering valuable insights for both rehabilitation engineering and advanced robotics design.