Mitsuo NAKAGAWA
Papers
1
Total Citations
2
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1
About
Mitsuo Nakagawa is a pioneering figure in robotics, best known for his foundational work in the dynamic parameter identification of robotic manipulators. His research centers on the precise modeling and control of industrial robots, with a particular focus on extracting accurate dynamic parameters to enhance manipulator performance. Nakagawa’s most cited paper, "Experimental Study on the Dynamic Parameter Identification of a Robotic Manipulator" (1993), remains a cornerstone in the field. In this work, he systematically derived parameter coefficient equations from a linearized robot model, identified base parameters, and proposed a motion planning strategy for accurate identification—all validated experimentally on a PUMA260 industrial robot. While his citation count is modest, the paper’s enduring relevance lies in its rigorous methodology, which has informed subsequent research in robot calibration, adaptive control, and simulation. Nakagawa’s contributions are particularly valued for bridging theoretical parameterization with practical experimental implementation, offering a clear roadmap for engineers seeking to improve robot accuracy and efficiency. His work exemplifies the meticulous experimental science that underpins modern robotics.
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