Wakako Sato

Papers

Total Citations

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About

Wakako Sato is a leading researcher in rehabilitation robotics and assistive technologies for elderly mobility. Her work focuses on developing intelligent robotic systems that enhance physical training and prevent falls, a critical factor in aging populations. Her most cited paper, "Gait-phase-dependent control using a smart walker for physical training" (2019), introduces a novel walker-based rehabilitation robot with a gait-phase-dependent control algorithm. This contribution is significant because it dynamically adapts support during walking, promoting balance restoration and dynamic stability—a key advancement over static walkers. With 7 citations, this work has influenced subsequent studies in adaptive assistive robotics. Sato’s research bridges robotics and geriatric care, aiming to improve quality of life through safer, more effective rehabilitation. Her achievements include developing algorithms that respond to real-time gait phases, offering personalized training. For students and researchers, Sato’s work exemplifies how targeted robotic interventions can address pressing healthcare challenges, making her a notable figure in the intersection of robotics, biomechanics, and aging research.