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Journal Article Estimation of Abnormal Wave Propagation by a Novel Duct Map based on the Average Normalized Path Loss
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Authors
Sungsik Wang, Tae H. Lim, Young J. Chong, Jinwon Ko, Yong B. Park, Hosung Choo
Issue Date
2020-04
Citation
Microwave and Optical Technology Letters, v.62, no.4, pp.1662-1670
ISSN
0895-2477
Publisher
Wiley
Language
English
Type
Journal Article
DOI
https://dx.doi.org/10.1002/mop.32205
Abstract
In this paper, the path losses between the Jeungdo and Heuksando transceivers located in the coastal areas of Korea are studied using the Advanced Refractive Prediction System simulation software based on the actual coastal weather database. Based on the simulated data, we propose a novel duct map that can effectively estimate the abnormal wave propagation characteristics by using the atmospheric refractive index dependent on altitude as well as the location parameters of Rx and Tx. To verify the proposed duct map, two representative atmospheric index samples are obtained from the 2017 weather database of the Heuksando weather forecast station, causing the abnormal path loss characteristics. The simulated path losses for abnormal conditions at the Rx point are 132.3 and 140.1 dB, respectively, and these results demonstrate that the abnormal radio wave propagation can effectively be predicted through the proposed duct map.
KSP Keywords
Coastal area, Path loss characteristics, Prediction System, Propagation characteristics, Simulated data, Simulation software, Weather Forecast, Weather database, radiowave propagation, refractive index, system simulation