Alexander A. Dyumin
Moscow Engineering Physics Institute, Institute of Engineering Physics
Papers
8
Total Citations
59
H-Index
4
About
Alexander A. Dyumin is a pioneering researcher at the intersection of cloud computing, mobile robotics, and brain-computer interfaces (BCIs). His work explores how cloud architectures can transform robotic systems, from navigation algorithms to reliable data logging for heterogeneous distributed platforms. Dyumin’s most cited paper, “Cloud computing architectures for mobile robotics” (21 citations), established foundational frameworks for integrating cloud paradigms into robotics, enabling scalable, resource-efficient solutions. He has also made significant contributions to BCI research, investigating how emotional states and environmental noise affect command recognition—work that has implications for assistive technologies and human-robot interaction. His studies on “unwanted music” noise pollution and operator emotion detection (7+ citations each) highlight his focus on making BCIs more robust for real-world use. Dyumin’s development of the “actions language” programming framework for cloud robotics and his log data collection service for distributed systems demonstrate his commitment to practical, deployable tools. With a career spanning cloud robotics architectures, BCI reliability, and multi-robot system coordination, Dyumin’s work bridges theoretical advances and applied engineering, earning him recognition as a key contributor to next-generation cyber-physical systems.
Research Focus
Key Achievements
Top Papers
- 1Cloud computing architectures for mobile robotics21 citations · 2015
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- 6The Framework for robotic navigation algorithms evaluation3 citations · 2017
- 7The Log Data Collection Service for Cloud Robotics3 citations · 2017
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