Sergei Osadchy

Central Ukrainian National Technical University

Papers

Total Citations

H-Index

About

Sergei Osadchy’s research lies at the intersection of microelectromechanical systems (MEMS), robotics, and optimal control theory. His major contributions include pioneering the structural identification of 3D MEMS angular motion sensors for robot-hexapods, enabling precise platform stabilization through dynamic transfer function estimation and noise spectral density analysis. This work, published in 2015, provides foundational methods for controlling the angle position of hexapod platforms. Osadchy further advanced autonomous multi-robot coordination by developing a novel synthesis method for optimal multivariable control systems under random effects, specifically for leader-following robot groups. His 2017 paper introduces onboard system design techniques that allow a leader robot and its agents to maintain formation despite stochastic disturbances. While his citation counts (4 and 2 respectively) reflect the specialized nature of his work, these contributions are significant for their practical applications in mobile robotics and sensor design. Osadchy’s research demonstrates a unique ability to bridge theoretical control methods with real-world robotic systems, offering valuable insights for engineers developing autonomous ground vehicles and multi-agent robotic teams.