Fanbo Meng

Papers

Total Citations

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About

Fanbo Meng is a researcher at the forefront of wireless communication systems for smart grid and industrial applications. His work centers on the integration of 5G technology into substation environments, where he addresses the critical challenges of modeling and analyzing terminal communication channels. Meng’s most cited paper, "Modeling and Analysis of 5G Terminal Communication Channel in Substation" (2021, 3 citations), pioneers a framework for understanding how inspection robots and other terminal equipment can leverage 5G for reliable, high-speed data transmission in complex electromagnetic settings. This contribution is vital for advancing the automation and safety of power infrastructure, bridging the gap between next-generation mobile networks and industrial IoT. By characterizing channel behavior in substations, Meng provides foundational insights that enable more robust communication system design. His research not only supports the practical deployment of 5G in critical energy facilities but also informs broader efforts to optimize wireless performance in harsh, interference-prone environments. For students and researchers exploring the intersection of telecommunications and smart grid technology, Meng’s work offers a clear pathway to understanding how 5G can transform industrial operations.