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Comprehensive Assessment of Automatic Identification System (AIS) Data Application to Anti-collision Manoeuvring

机译:自动识别系统(AIS)数据在防撞机动中的综合评估

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摘要

The use of radar information for collision avoidance is common, however it is effective only for constant values of ship motion parameters. As information delays or information errors occur, it is reasonable to supplement the information derived from radar with another information system. An ideal system should operate automatically and continuously. A system that appears to be suitable to provide this kind of information is the Automatic Identification System (AIS), which may be classified as a radio communication system that uses radiowaves to transmit data with regard to ship motion parameters. In this paper the topic of integrity and completeness of AIS information is discussed and the research results for the completeness and integrity of dynamic information are presented. In addition, the outcomes of AIS information correctness from the Gulf of Gdan'sk were compared with studies carried out in the Baltic Sea, east of Bornholm, between Trelleborg and Arkona. The results of research for AIS dynamic information with the highest completeness (Position, Course over Ground and Speed over Ground) are presented. The research outcomes presented in the paper lead to the conclusion that AIS could deliver useful supplementary information in the process of collision avoidance.
机译:通常使用雷达信息来避免碰撞,但是仅对恒定的船舶运动参数值有效。当信息延迟或信息错误发生时,用另一信息系统补充从雷达获得的信息是合理的。理想的系统应自动连续运行。似乎适合提供此类信息的系统是自动识别系统(AIS),可以将其分类为使用无线电波传输有关船舶运动参数的无线电通信系统。本文以AIS信息的完整性和完整性为主题,对动态信息的完整性和完整性进行了研究。此外,将格但斯克湾的AIS信息正确性结果与在特雷堡和阿科纳之间的博恩霍尔姆以东的波罗的海进行的研究进行了比较。给出了具有最高完整性(位置,地面路线和地面速度)的AIS动态信息的研究结果。本文提出的研究成果得出结论,即AIS可以在避免碰撞的过程中提供有用的补充信息。

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