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About

Julio E. Normey‐Rico is a leading figure in control systems engineering, renowned for his pioneering work in mobile robot path tracking and robust control strategies. His research primarily focuses on the integration of predictive control and Smith predictor methodologies to enhance the precision and robustness of autonomous navigation. Normey‐Rico’s most influential contribution is the development of a robust PID controller for mobile robot path tracking, a seminal work that has garnered 156 citations and set a benchmark for real-time trajectory control. He further advanced the field by introducing a Smith-predictor-based generalized predictive controller (SPGPC), which significantly outperformed traditional GPC algorithms in handling time delays and model uncertainties—a concept validated in his 86-cited 1999 paper and subsequent applications to synchro-drive robots. His low-time-consuming implementation strategies, though less cited, demonstrate a practical commitment to computational efficiency, bridging theory and real-world deployment. With a career marked by these high-impact contributions, Normey‐Rico has shaped modern approaches to robust control in robotics, inspiring students and researchers to explore predictive and PID-based solutions for autonomous systems.