Tamotsu Ninomiya

Papers

Total Citations

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About

Tamotsu Ninomiya is a leading figure in precision robotics and mechanical systems, with a focused expertise in torque sensing and actuation for robotic joints. His most influential work centers on the development of built-in torque sensing for harmonic drives, a critical innovation that enhances the compactness and stiffness of robot joints without the bulk of external sensors. In his seminal 2002 paper, which has garnered foundational citations, Ninomiya introduced a simple yet effective method to mitigate signal fluctuation—a key drawback of integrated sensors—thereby improving the practical reliability of torque measurement in high-precision applications. This contribution has directly advanced the design of more efficient and responsive robotic systems, particularly in industrial automation and collaborative robotics. While his citation count reflects a niche but deeply impactful area, Ninomiya’s work is highly regarded among specialists for solving a persistent engineering challenge. His research underscores a commitment to bridging theoretical mechanics with real-world robotic performance, making him a respected authority in the field of harmonic drive technology and embedded sensing.