G.S. Stavrakakis

Papers

Total Citations

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About

G.S. Stavrakakis is a researcher whose work lies at the intersection of industrial robotics, control systems, and fault diagnosis. His contributions focus on enhancing the reliability and real-time performance of complex automated systems, particularly robotic manipulators and their motor drives. A key achievement is his development of a fast fault detection and location method for industrial processes, which prioritizes data deweighting to quickly identify failures in robotic systems—a critical need for maintaining safety and operational uptime. This work is detailed in his 1989 paper, which has garnered 11 citations. Stavrakakis further advanced the field by introducing a discrete-time control strategy for industrial robots (1995, 13 citations), demonstrating a practical approach to digital control. Notably, he also pioneered the use of parallel processing for real-time fault detection in DC motor drives (1990, 9 citations), significantly reducing computational load and enabling higher sampling rates than conventional methods. Through these contributions, Stavrakakis has helped bridge the gap between theoretical fault diagnosis and practical, high-speed implementation in industrial robotics, making his research valuable for engineers seeking to build more robust and reliable automated systems.