Mari Kawamoto

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About

Mari Kawamoto is a robotics researcher whose work focuses on advancing force sensation transmission for medical applications, particularly in telesurgery and robotic-assisted procedures. Her most-cited paper, "Estimation of disturbance force caused by thrust wire using a spring and damper model" (2010, 3 citations), addresses a critical challenge in precise surgical robotics: accurately modeling and compensating for disturbance forces in cable-driven systems. By developing a spring-damper model to estimate these forces, Kawamoto contributed foundational insights into improving haptic feedback fidelity, which is essential for enabling surgeons to perform delicate operations remotely with enhanced precision. While her citation count reflects a specialized niche, her work aligns with the broader goal of integrating robotics into aging-population healthcare, where reliable force transmission can directly impact surgical outcomes. Kawamoto’s research underscores the importance of mechanical modeling in bridging the gap between robotic dexterity and human tactile perception, offering a stepping stone for future innovations in medical robotics and teleoperation systems.