Papers
1
Total Citations
2
H-Index
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About
A. S. Vlasov is a researcher specializing in mechatronic systems, industrial robotics, and optimal process planning. Their work centers on developing intelligent diagnostic and control strategies that account for real-world system degradation, particularly the wear of electric motors and mechanical components in automated environments. Vlasov’s most cited paper, "Optimal technological process planning approach based on the state of mechatronic systems" (2019), introduces a novel problem formulation for trajectory planning that integrates real-time diagnostics with wear-aware optimization. Using a differential-drive mobile robot as a case study, the research demonstrates how sequential task execution can be dynamically adjusted to extend system lifespan and maintain precision. Though early in its citation impact, this work represents a foundational step toward predictive maintenance and adaptive manufacturing. Vlasov’s contributions are particularly relevant for Industry 4.0 applications, where the intersection of condition monitoring, motion planning, and energy efficiency is critical. Their approach offers a practical framework for engineers seeking to bridge the gap between theoretical control and operational reality in mechatronic systems.
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