Research on the Coverage Width and Overlap Rate of Seabed Topography Based on Multibeam Sonar
DOI: 10.23977/jnca.2024.090103 | Downloads: 3 | Views: 180
Author(s)
Junsong Yu 1, Fangxv Lou 1, Rongrong Fu 2, Wei Luo 1, Jianwei Wang 1
Affiliation(s)
1 School of Big Data and Computer Science, Guizhou Normal University, Guiyang, 550025, China
2 School of Foreign Languages, Guizhou Normal University, Guiyang, 550025, China
Corresponding Author
Junsong YuABSTRACT
This paper proposes a novel physical calculation model for analyzing coverage rates and areas in multibeam sonar technology, focusing on the impact of transducer opening angles and seabed slope variations. The model addresses coverage width issues and the overlap rates between adjacent strips, demonstrating that a coverage width of 243.07 meters results in a 20.49% overlap, while a width of 224.88 meters yields a 14.31% overlap. Additionally, a method for calculating coverage width in rectangular sea areas is introduced, facilitating efficient sonar coverage and overlap rate analysis. The research enriches multibeam sounding systems and provides insights into elliptical coverage areas based on varying angles between survey lines. For instance, with a distance of 1.5 nautical miles from the survey vessel to the center of the sea area and a 90-degree angle between survey lines, the coverage width is 416.69 meters.
KEYWORDS
Multi-beam Measurements, Overlap Rate, Geometric Model, Coverage WidthCITE THIS PAPER
Junsong Yu, Fangxv Lou, Rongrong Fu, Wei Luo, Jianwei Wang, Research on the Coverage Width and Overlap Rate of Seabed Topography Based on Multibeam Sonar. Journal of Network Computing and Applications (2024) Vol. 9: 16-23. DOI: http://dx.doi.org/10.23977/jnca.2024.090103.
REFERENCES
[1] Song Shuai, Zhou Yong, Zhang Kunpeng, Fan Xiaozhong. Review of high-precision and high-resolution underwater topography and geomorphology detection technology[J].Marine Development and Management,2019,36(06).
[2] WANG Xiaolin. A brief discussion on the application of multi-beam system in marine engineering survey[J].Science & Technology Information,2014,12(15).
[3] Hao Haoqi, Yao Chengzhang, Xie Min. Design of wide-bandwidth beam emission module[J].Acoustics and Electronic Engineering,2024,(01).
[4] Wang Xiaohan, Hu Shuai, Lv Yang. Analysis of the application of NORBIT iWBMS integrated multi-beam sounding system in rapid survey of waterway[J]. China Water Transport, 2024,(03).
[5] Gong Xudong, Diao Xinyuan, Lv Yajun, et al. Application of Seabeam3012 in the topographic survey of Mariana seamount in the western Pacific Ocean[J].Marine Science,2020,44(08).
[6] LIU Lin. Causes and solutions of multi-beam bathymetry data distortion[J].Value Engineering,2023,42(21).
[7] Zheng Bozhen, Zhou Changjiang, Ge Juntao. Multi-beam marine topographic survey based on combined positioning technology [J].Standardization of Surveying and Mapping, 2022, 38(03).
[8] Yu Jiacheng, Jiang Kaiwen, Zhao Hongying. Neighborhood correction technology for the comprehensive effect of multi-beam bathymetry in terrain navigation[J].Global Positioning System,2023,48(06).
[9] ZHAO Zhanning. Research on geophysical interpretation method of complex seabed topography engineering [J].Value Engineering, 2024, 43(10).
[10] Xue Yang, Zhang Chao, Dong Yannan, et al. Seabed topographic survey based on multi-beam detection system [J].Science & Technology Information,2024,22(01).
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