Misako Sasayama
Papers
3
Total Citations
11
H-Index
3
About
Misako Sasayama is a dedicated researcher in the field of robotic gait rehabilitation, with a primary focus on addressing the challenges posed by aging populations, particularly in Japan. Her work centers on the design and control of assistive robotic systems that enable independent gait training for individuals with mobility impairments. Sasayama’s major contributions include the development of novel gait training devices and control algorithms that guide leg movements to promote correct and stable gait patterns. Her 2013 paper on gait analysis and trajectory generation, along with her 2014 study on controller characteristics for efficient assist systems, each garnered 4 citations, highlighting foundational work in defining “correct gait” conditions. Additionally, her 2013 research on compliant force coordinate transformation control (3 citations) introduced adjustable control strategies for stable gait rehabilitation. While her citation counts are modest, Sasayama’s work is notable for its practical, patient-centered approach, aiming to reduce the burden on healthcare systems and improve quality of life through accessible robotic therapy. Her research lays essential groundwork for future innovations in assistive gait technologies.
Research Focus
Key Achievements
Top Papers
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