T. Tajima

Papers

Total Citations

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About

T. Tajima is a pioneering researcher in the field of robotic rehabilitation and anthropomorphic manipulation, with a focus on developing advanced assistive technologies for individuals with physical disabilities. Their work centers on two key areas: the creation of highly dexterous robotic hands and the design of powerful, responsive actuator systems for powered orthoses. Tajima’s major contribution includes the development of an anthropomorphic five-digit robotic hand with a 21-degree-of-freedom (D.O.F.) structure and a flexible palm, inspired by Kapandji’s physiological studies. This system, paired with a hand-arm cooperative control system, enables more natural and precise manipulation, laying groundwork for prosthetic and robotic applications. Additionally, Tajima introduced the Hydraulic Bilateral-Servo Actuator, a novel actuator system designed to provide the high output power needed to support paralyzed upper limbs in powered orthoses, addressing a critical gap in assistive robotics. While their most-cited works have garnered modest citation counts (6 and 4 citations, respectively), these foundational studies have influenced subsequent research in rehabilitation robotics and human-machine interaction. Tajima’s work stands out for its integration of biomechanical principles with engineering design, offering practical solutions for enhancing mobility and independence in clinical settings.