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Yiyang Luo
Beijing University of Posts and Telecommunications, China
| Yiyang Luo | |
| Affiliation | Beijing University of Posts and Telecommunications |
|---|---|
| Country | China |
| Google Scholar ID | -uQphsYAAAAJ |
| Citations | 170 |
| Documents | 52 |
| h-index | 7 |
| Scopus ID | 57216409113 |
| Subject Area | Ionosphere-Magnetosphere System |
| Event | Computer Scientists Awards |
| ORCID | 0000-0002-3376-5814 |
Yiyang Luo is a researcher affiliated with Beijing University of Posts and Telecommunications whose scholarly work contributes to studies associated with ionosphere-magnetosphere systems, atmospheric interactions, and computational approaches in space science. His research profile reflects ongoing engagement in interdisciplinary scientific investigations related to geospace environments and signal propagation phenomena. Recognition through the Best Researcher Award acknowledges his participation in advancing analytical understanding within this specialized scientific domain.[1]
The Best Researcher Award recognizes Yiyang Luo for academic contributions associated with ionosphere-magnetosphere system studies and related computational research methodologies. His work addresses analytical challenges connected to space environment interactions, communication systems, atmospheric dynamics, and electromagnetic propagation processes. The award reflects scholarly engagement in interdisciplinary scientific research and continued participation in geospace-related investigations.[2]
Ionosphere-Magnetosphere System, Space Science, Atmospheric Dynamics, Electromagnetic Propagation, Geospace Research, Signal Processing, Computational Modeling, Space Weather, Scientific Computing, Remote Sensing
Modern scientific investigations in this area rely heavily on data modeling, atmospheric measurements, and signal analysis techniques. The recognition associated with the Computer Scientists Awards highlights the significance of integrating computational methodologies with physical science research for improved understanding of complex atmospheric phenomena.[4]
Yiyang Luo is affiliated with Beijing University of Posts and Telecommunications and maintains an active research profile associated with ionosphere-magnetosphere systems and computational atmospheric analysis. His academic metrics include citation records, scholarly publications, and interdisciplinary contributions related to geospace science and communication technologies.[1]
The research activities of Yiyang Luo contribute to scientific understanding of atmospheric and magnetospheric processes affecting communication systems and space-based technologies. His work involves interdisciplinary analysis combining physical science principles with computational research methodologies to evaluate geospace interactions and environmental behavior.[5]
Yiyang Luo has contributed to scholarly publications related to ionosphere-magnetosphere systems, atmospheric modeling, communication technologies, and computational scientific research. These works reflect interdisciplinary approaches to space science investigations and analytical methodologies involving environmental signal behavior and geospace analysis.[3]
Research associated with ionosphere-magnetosphere systems contributes to broader scientific understanding of atmospheric dynamics and electromagnetic interactions affecting modern technological systems. The analytical work connected to this field supports advancements in navigation technologies, telecommunications, and satellite-based scientific applications.[4]
Yiyang Luo demonstrates scholarly engagement aligned with the objectives of the Best Researcher Award through scientific contributions involving ionosphere-magnetosphere systems and computational atmospheric analysis. His interdisciplinary work reflects ongoing participation in research addressing geospace science, communication systems, and space environment investigations.[1]
Yiyang Luo’s academic profile reflects active engagement in interdisciplinary scientific research involving ionosphere-magnetosphere systems and related computational methodologies.[3]
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