Nikolaos Zervos
Papers
2
Total Citations
21
H-Index
2
About
Nikolaos Zervos is a control systems researcher whose work focuses on the nonlinear and optimal control of complex robotic systems, with a particular emphasis on electro-hydraulic and underactuated mechanisms. His major contributions lie in the development of H-infinity (nonlinear optimal) control approaches for challenging robotic platforms. In his most cited work (2020, 13 citations), he proposed a novel control method for multi-degree-of-freedom electro-hydraulic robotic manipulators, addressing the significant challenge of their nonlinear and multi-variable dynamics. He further extended this methodology to underactuated power-line inspection robots (2021, 8 citations), where his approach involved the approximate linearization of the state-space model around a temporary operating point to enable effective control. Zervos’s work is notable for tackling real-world, high-stakes applications—such as power-line maintenance and industrial manipulation—where precision and robustness are critical. By advancing nonlinear optimal control theory for these difficult systems, his research provides a bridge between theoretical control design and practical robotic implementation, offering valuable solutions for engineers working with complex, underactuated, or hydraulically actuated robots.
Research Focus
Key Achievements
Top Papers
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