A. S. Jatsun

Papers

Total Citations

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About

A. S. Jatsun’s research focuses on the design, modeling, and control of vibration-driven mobile robots, with a particular emphasis on applications in hazardous and confined environments. His major contributions lie in the development of automatically controlled vibration-driven robots for tasks such as in-pipe inspection, where traditional wheeled or tracked robots may fail. By leveraging vibratory locomotion principles, Jatsun’s work enables robots to navigate complex, inaccessible spaces—such as nuclear power plants, chemical facilities, and disaster zones—without the need for complex gearing or external propulsion. His most-cited paper, “Automatically controlled vibration-driven robots” (2006), has garnered 20 citations, establishing a foundational framework for this niche field. A follow-up study on in-pipe inspection robots (2007, 8 citations) further demonstrates the practical utility of his approach. More recently, Jatsun has expanded into biomedical robotics, exploring the analysis of hemodynamic parameters during active kinesiotherapy using robotic systems (2019). This interdisciplinary work highlights his ability to translate vibration-driven principles into rehabilitation technology. Overall, Jatsun’s research bridges theoretical mechanics and real-world robotic deployment, offering robust solutions for inspection, safety, and healthcare.