Irina Osetrova

Papers

Total Citations

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About

Irina Osetrova is a robotics researcher whose work centers on the mathematical modeling and kinematic analysis of industrial robotic systems. Her primary contribution lies in the development of a comprehensive mathematical model for an automated robotic system with five degrees of freedom, detailed in her most-cited paper from 2019. In this work, she employs the matrix method and Lagrange matrix dynamic equations to derive the robot’s kinematic scheme and dynamic behavior, providing a foundational framework for designing and controlling such manipulators. While her citation count remains modest at three, the technical rigor of her model offers valuable insights for engineers and researchers working on industrial automation and robotic arm design. Osetrova’s focus on precise mathematical formalization—from kinematic chains to dynamic equations—positions her work as a building block for more advanced studies in robotics, particularly in optimizing motion planning and control strategies for multi-degree-of-freedom systems. Her research underscores the importance of theoretical foundations in practical robotics applications.