Le Van Chuong

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About

Le Van Chuong is a pioneering researcher at the intersection of intelligent automation and robotics, with key contributions spanning Robotic Process Automation (RPA), autonomous navigation, and advanced control systems. His most influential work, "Robotic Process Automation and Opportunities for Vietnamese Market" (2019, 18 citations), established him as a leading voice on Industry 4.0 adoption, analyzing how RPA can transform finance, banking, and manufacturing sectors in emerging economies. Demonstrating his hands-on engineering expertise, Chuong developed a low-cost mapping-based navigation system using RPLIDAR and Raspberry Pi (2021, 10 citations), achieving SLAM capabilities for indoor robots—a breakthrough for affordable autonomous systems. His latest research (2025, 5 citations) introduces adaptive terminal sliding mode control integrated with RBF neural networks for industrial robot manipulators, pushing the boundaries of precision and robustness in manufacturing automation. Chuong’s work uniquely bridges theoretical control algorithms with practical, cost-effective implementations, making advanced robotics accessible for developing markets. His research portfolio reflects a consistent commitment to democratizing automation technology, from RPA software solutions to hardware navigation systems, earning him recognition as a key figure in Vietnam’s industrial robotics landscape.