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About

V. I. Rubtsov is a researcher specializing in mobile robotics, autonomous systems, and multi-robot coordination, with a particular focus on applications in high-risk and military environments. His work bridges theoretical modeling and practical simulation, contributing meaningfully to the development of intelligent robotic control systems. Rubtsov's most recognized contribution — a laboratory framework for modeling Mecanum-wheeled mobile robot kinematics (2020, 7 citations) — reflects his commitment to educational innovation alongside technical research. His investigations into group robot control, conducted through MATLAB-based simulations, have addressed challenging real-world scenarios such as reconnaissance in explosive-threat environments and coordinated navigation through industrial-urban settings. These studies, collectively accumulating over a dozen citations, demonstrate his systematic approach to decomposing complex operational tasks into manageable subtasks for robotic teams. A notable thread throughout his research is the development of multi-level control architectures for intelligent robots operating within collaborative groups, including combat and emergency response contexts. His 2017 work on preventing uncontrollable movement in tracked robots further illustrates his attention to safety-critical design. Rubtsov's contributions offer a valuable foundation for researchers and students interested in autonomous mobile systems, swarm robotics, and the practical deployment of robotic complexes in demanding, unpredictable environments.