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About

Nobuya Ikeda is a robotics researcher whose work has focused primarily on the dynamics, identification, and control of industrial robot manipulators. His most significant contributions lie in developing and experimentally validating parameter identification methods for robotic systems, particularly applied to the well-known PUMA 560 industrial robot. Ikeda's research rigorously examined competing identification approaches — including the "step-by-step method" and the "simultaneous method," the latter enhanced through instrumental variables techniques — providing the robotics community with practical, experimentally grounded insights into dynamic model parameter estimation. His foundational 1993 study laid the groundwork for subsequent experimental refinements published in 2005 and 2006, collectively accumulating nearly 50 citations and demonstrating sustained relevance in the field. Beyond identification, Ikeda also contributed to robot control strategies, proposing a motion/force/impedance control framework designed for tasks requiring precise force exertion on moving objects, such as pushing a plate along a wall — work with both theoretical and practical implications for compliant robot manipulation. His career reflects a consistent commitment to bridging theoretical robot modeling with hands-on experimental validation, making his findings particularly valuable for engineers and researchers working on real-world robotic applications.