Vladislav Kotov

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About

Vladislav Kotov’s research centers on the real-time control and computational efficiency of mobile robotic systems, with a particular focus on dispatching disciplines and data management in multi-loop control architectures. His most cited work, “Semi-Markov Modelling of Commands Execution by Mobile Robot” (2016, 11 citations), introduces probabilistic models to predict command execution timing, addressing a critical gap between theoretical control algorithms and practical hardware constraints. Kotov further explores this theme in “Data buffering in mobile robot control systems” (2018, 5 citations), where he tackles the challenge of variable sensor sampling frequencies that can destabilize robot behavior. His contributions to dispatching theory, detailed in two 2016–2017 papers (each with 2 citations), extend classical scheduling approaches to swarm-based and multi-circuit systems, offering generalized models for cyclic dispatching that improve coordination among concurrent control programs. While his citation counts are modest, Kotov’s work is foundational for engineers seeking to bridge high-level control logic with the unpredictable execution environments of real robots. His research is particularly valuable for practitioners in field robotics and embedded control, where timing reliability is paramount.