V. S. Grudinin

Papers

Total Citations

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About

V. S. Grudinin is a specialist in optimal control theory and the synthesis of programmed motion, with a particular focus on achieving high-precision trajectory tracking. Their work addresses a critical challenge in control systems: balancing speed with accuracy, often prioritizing minimal deviation from a desired path over raw velocity. Grudinin’s major contributions include a novel method for synthesizing closed-loop control systems that ensure an object follows a given trajectory with minimal error in both the output coordinate and its higher derivatives, a problem solved using the Pontryagin maximum principle. This approach is detailed in their 2021 paper, which has garnered 2 citations. In a related 2020 study, Grudinin explored optimal programmed movement with variable control times, emphasizing that in many applications, the accuracy of reproducing a motion trajectory is more critical than sheer speed. While their citation counts are modest, Grudinin’s work represents a focused and technically rigorous contribution to the foundations of optimal control, offering practical insights for engineers designing systems where precision is paramount. Their research is particularly relevant for robotics, aerospace, and automated manufacturing.