Aleksandr Timoshenko

National Research University of Electronic Technology

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About

Aleksandr Timoshenko is a researcher specializing in mobile ad hoc networks (MANETs) and robotic communication systems, with a focus on resource-constrained environments. His work addresses critical challenges in network efficiency, energy concealment, and control traffic optimization for autonomous robotic groups. In his 2016 paper, "MANET omnidirectional radio outdoor mapping with energetically concealed location" (6 citations), Timoshenko introduced an innovative outdoor mapping method for robot swarms using omnidirectional radio links, enabling radar-like functionality without hardware modifications—a key contribution to stealthy, low-power navigation. His 2015 study, "Control traffic transmission period minimization for routing in resource constrained MANET" (5 citations), derived a method to calculate minimal control message intervals and power margins for systems like on-planet robotic explorers, achieving efficient routing for ten devices moving at 10 cm/s. These contributions demonstrate Timoshenko’s impact on optimizing network longevity and covert operation in harsh environments, with applications in planetary exploration and disaster response. His work bridges theoretical routing protocols and practical robotic deployment, offering foundational insights for students and engineers advancing autonomous, energy-aware communication systems.