• Title/Summary/Keyword: Maritime University

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Maritime Navigation System: Technological Solutions to Ensure The Safety Of Maritime Navigation

  • Burmaka, Igor;Vorokhobin, Igor;Chimshir, Valentin;Burmaka, Oleksiy;Smyrnova, Iryna;Danylenko, Oleksandr
    • International Journal of Computer Science & Network Security
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    • v.21 no.9
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    • pp.141-150
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    • 2021
  • The article assesses the level of navigation safety, in theoretical terms, defines the complexity of managing navigational risks in practice. The issues of assessing the navigational safety have been studied due to the importance and relevance of the issue in question, however, due to the great complexity of the problem under consideration, the article considers and indicates the directions for the development of the solution of the given direction, where, first of all, it became necessary to analyze the issue of assessing the levels of navigation risks when navigating vessels of various types in difficult navigation conditions.

A Study on the Analysis of Dangerous Elements In Navigational Areas Adjacent to Mokpo port (목포인근해역 항행 위험요소에 관한 분석)

  • Park Jung-Ho;Keum Jong-Soo;Noh Chang-Keun;Yun Myung-Oh;Sin Chul-Ho;Jeong Jae-Yong;Park Gyei-Kark
    • Journal of the Korean Society of Marine Environment & Safety
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    • v.10 no.1 s.20
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    • pp.15-22
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    • 2004
  • The navigation area approach to Mokpo port consists of narrow channels with 30mile section, and the route is crossed with many fairways. In particular, fairway routeing except Mokpogu is not assigned and there are many threatening factors against the safe operation of vessel because fishing and mining areas are designated. Therefore, this paper proposed elements for safe passage through a marine traffic environmental assessment with the analysis of surrounding environment, dangerous elements, traffic survey and marine casualty.

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Development of Safety Devices for Marine Leisure (해양레저 안전장비 개발)

  • Ku Ja-Young;Yim Jeong-Bin;Lee Je-Eung;Nam Taek-Keun;Jeong Joong-Sik;Park Seong-Hyeon;Yang Weon-Jae;Ahn Yeong-Sub
    • Proceedings of the Korean Institute of Navigation and Port Research Conference
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    • 2006.06b
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    • pp.241-246
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    • 2006
  • This paper describes two kinds of personal hand-held electronic devices to support marine leisure safety. The one is Radar response-type safety device triggering by the pulse signal from a commercial 9GHz-band Radar to provide quick search and rescue with combined civilian-government-military fleets. The other one is M-RFID (Marine Radio Frequency IDentification) based safety electronic device using 900MHz Tx/Rx with spread spectrum frequency hopping and GPS. Through the field tests at sea using Korea Coast Guard's warship the operating performances are verified. Further plan for practical use of each device was also discussed.

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