M.Y. Sirotenko

Papers

Total Citations

H-Index

About

M.Y. Sirotenko is a specialist in control systems engineering, with a particular focus on the design and stabilization of unconventional aerial platforms. His most cited work, "Control System Design for Robotic Airship" (2009), has garnered 12 citations, establishing a foundation for autonomous navigation and flight control in lighter-than-air vehicles. This contribution addresses the unique challenges of airship dynamics—such as buoyancy, large inertia, and sensitivity to wind disturbances—by proposing robust control architectures that enable precise maneuvering and station-keeping. Sirotenko’s research bridges the gap between classical control theory and practical robotic applications, offering solutions for surveillance, environmental monitoring, and long-endurance missions where traditional drones fall short. Though his citation count is modest, his work is recognized within the niche field of robotic airships, influencing subsequent studies on nonlinear control and path planning. For students and researchers exploring aerial robotics, Sirotenko’s paper remains a key reference for understanding the integration of control systems in non-conventional flying vehicles, demonstrating how foundational engineering principles can be adapted to solve real-world operational constraints.