K. Suzuki

Yokohama National University, Tokyo Institute of Technology

Papers

Total Citations

H-Index

About

K. Suzuki is a pioneering researcher at the intersection of bipedal robotics and human–robot interaction, with a particular focus on dynamic locomotion and clinical rehabilitation. Their early work on one-leg jumping for biped running (2004, 10 citations) laid foundational insights into achieving rapid motion beyond walking, modeling and analyzing the dynamics of a one-legged running robot in the sagittal plane. This contribution is critical for advancing agile, humanoid locomotion systems. More recently, Suzuki has explored the therapeutic potential of human–robot synchronization, as demonstrated in their 2012 study on interpersonal synchrony-based dynamic stabilization of gait rhythm in Parkinson’s disease patients (4 citations). This work addresses a pressing clinical need—festinating gait—by developing assistive systems that adaptively interact with users, moving beyond one-sided robotic assistance. Though citation counts are modest, Suzuki’s impact is notable for bridging theoretical robotics with real-world rehabilitation, offering a human-centered approach to dynamic stabilization. Their research continues to inspire students and researchers interested in how robots can both mimic and support human movement.