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About

Oleg I. Borisov is a control systems and robotics researcher affiliated with ITMO University, whose work spans robust and adaptive control theory, autonomous marine vessels, robotic automation, and engineering education. His most significant contributions lie in developing output control algorithms for complex robotic systems operating under real-world constraints such as unknown parameters, unmeasurable states, and input saturation. Borisov's research on dynamic positioning systems for surface robotic vessels — applying MIMO-to-SISO decomposition strategies and the "consecutive compensator" framework — has garnered substantial attention, with multiple papers accumulating over a dozen citations each. His 2016 university-industry collaboration with Thermex on human-free robotic automation of cyber-physical production systems reflects his commitment to translating theoretical advances into industrial practice. Beyond control theory, Borisov has made notable contributions to engineering education, publishing work on computer vision curricula and ESP presentation skills training for robotics students at ITMO University. His 2019 extension of Dayawansa's lemma for nonlinear observer design further demonstrates his theoretical depth. With a cumulative citation record exceeding 120 across his top works, Borisov stands as a productive and versatile contributor to the fields of intelligent control and robotics education.