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http://dx.doi.org/10.3796/KSFT.2017.53.2.195

A study on installation location of radar for minimizing blind area in the construction of VTS system of Kangjeong Port  

LEE, Seung-Hi (Jeju Vessel Traffic Service Center)
KIM, Kwang-Il (Chungbuk national university)
AHN, Jang-young (Jeju national university)
LEE, Chang-Heon (Jeju national university)
CHOI, Chan-Moon (Jeju national university)
Publication Information
Journal of the Korean Society of Fisheries and Ocean Technology / v.53, no.2, 2017 , pp. 187-195 More about this Journal
Abstract
We have studied the efficient operation of the radar and the appropriateness of the installation location, when constructing the VTS system. As the Civil-Military Complex Harbour (Kangjeong Port) is completed in 2016, we set the control area within 10 nautical miles centering on Kangjeong Port, and found out and removed the operational radar blind area of VTS system to provide safe navigation information for vessels that navigating this area. Assuming that two international cruise ships entering at the same time, we performed the radar simulation and compared the images by considering the three sites of Kangjeong Port, Miaksan and Seoguipo Port. Simulation results for a single radar installed at Kangjung Port indicate that the blind area was largely affected by two large cruise ships and the surrounding islands. The blind area due to Kogunsan was considerably large when installed in Miaksan, but the blind area due to the influences of Beomseom, Moonseom and Seopseom was negligibly large. It seems that additional radar installation is necessary as a complementary solution to solve this blind area. When two radars were installed at Miaksan and Kangjeong Port, the residual blind area due to the Seopseom was $0.25km^2$ at 0.1~0.33 nautical miles in the southeast direction from Seopseom. In addition, the remaining blind area with two cruise ships mutually influenced was $0.18km^2$, which did not occur with a single cruise ship.
Keywords
VTS; Radar Simulation; Blind area;
Citations & Related Records
Times Cited By KSCI : 4  (Citation Analysis)
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