| An Analysis of Radio Propagation Range of USV Communication System for Maritime Wireless Environment |
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Taehyeon Kim, Hyunsung Park, Sangyell Gwak, Sungho Lee, Hoseok Jeon |
1The 6th Research and Development Institute, Agency for Defense Development
2Communication R&D Lab, LIG Nex1 |
| 해상 환경에서 무인수상정용 통신시스템의 전파 통달거리 분석 |
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김태현, 박현성, 곽상열, 이성호, 전호석 |
1국방과학연구소 제6기술연구본부
2LIG넥스원(주) 통신연구센터 |
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| Abstract |
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In this paper, we analyzed the communication distances in the flat and spherical earth model using the main specifications of the wireless communication device under development to be installed in the unmanned surface vehicle(USV). We installed the wireless communication device on the test ship and the actual communication test was performed in the South Sea of Korea, it compared the experimental result with the simulated results. If the installation altitude of the transmitting and receiving antennas is low, there is not the big difference between the two models. However, when the altitude of one of the two antennas is high, the spherical earth model has similar results to the experimental data. As the altitude of the antenna installation increases, fading occurs in a certain section. We expect that this fading can be overcome through antenna technologies such as space diversity. |
| Key Words:
Communication Link Range, Unmanned Surface Vehicle, Reflection, Propagation Factor, Diversity |
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