Kazuki Suzuki

Tokyo Institute of Technology, Seikei University

Papers

Total Citations

H-Index

About

Kazuki Suzuki’s research lies at the vital intersection of human motor control, neurological disorders, and robotics. His primary contributions explore how interpersonal synchrony—the natural coordination of rhythms between individuals—can be leveraged to understand and improve gait stability, particularly in patients with Parkinson’s disease (PD). In his most cited work (2011, 5 citations), Suzuki investigated the dynamic stabilization of walking rhythms through interpersonal synchrony, a phenomenon common in daily life yet underexplored in locomotor control. He extended this line of inquiry by developing an interpersonal synchrony emulation system based on cooperative gait (2012, 3 citations), directly addressing how basal ganglia dysfunction impairs movement timing and leads to festinating or shuffling gait. Beyond clinical applications, Suzuki also contributed to bipedal robotics, proposing a novel method for stepping forward using acceleration control of the center of mass (2004, 2 citations), which minimizes kicking force and mimics human locomotion. Though his citation counts are modest, his work bridges neuroscience, rehabilitation, and robotics, offering foundational insights into how rhythmic coordination can be restored or replicated. Suzuki’s research is particularly valuable for students and researchers interested in motor control, human-robot interaction, and assistive technologies for neurodegenerative diseases.