Alexander Bakhtin

National Research University of Electronic Technology

Papers

Total Citations

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About

Alexander Bakhtin is a researcher focused on Mobile Ad Hoc Networks (MANETs), with a particular emphasis on their application in space and robotic systems. His work centers on enabling reliable, energy-efficient communication among autonomous devices in challenging environments. Bakhtin’s major contributions include developing methods for omnidirectional radio mapping that allow robot groups to navigate and communicate without revealing their positions, as well as optimizing control traffic to minimize power consumption in resource-constrained networks. His 2016 paper on MANET omnidirectional mapping has garnered 6 citations, while his 2015 work on control traffic minimization has received 5 citations. Bakhtin has also advanced the field by creating network models for space environments using the NS3 simulator, helping to identify potential failures in complex space missions before deployment. His research is particularly notable for bridging the gap between theoretical network protocols and practical implementation in space operations, where failure risks are high. By using scenario-based performance analysis, Bakhtin provides a framework for evaluating MANET protocols without costly live experiments, making his work valuable for researchers and engineers developing autonomous robotic systems for planetary exploration and other space applications.