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Risk analysis as an integrated operational and legal instrument with respect to the safety of maritime traffic

机译:风险分析作为综合运营和法律文书,了解海上交通安全

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This paper emanates from the European Research Project MarNIS. The possibility of monitoring traffic has improved considerably since the introduction of AIS (Automatic Identification System). A much better view of what is going on at sea offers new possibilities to enhance shipping safety. The risk of each ship delivers the basis for taking measures according to UNCLOS and the precautionary principle, to ships that have a far more than average risk. The application of this principle requires a scientific approach for the determination of the risk and new operational tools. The three main aspects necessary to implement risk analysis into the maritime traffic to enhance safety at sea are described. Firstly, the legal basis - the need for legal instruments, the definition of a high risk ship and new public competences. Secondly, a mathematical model to determine the so-called risk index for individual ships calculated dynamically, depending on the geographical position, the ship characteristics, the environmental conditions, other ships, shallows and other obstacles, such as offshore platforms and wind farms. Thirdly, there is the operational application.
机译:本文从欧洲研究项目Marnis散发出来。自AIS引入(自动识别系统)以来,监测流量的可能性大大提高。对海上发生的事情更好的了解,可以提高运输安全的新可能性。每艘船的风险为根据UNCLOS和预防原则进行采取措施的基础,船舶具有远远超过平均风险的船舶。本原则的应用需要一个科学方法来确定风险和新的操作工具。描述了在海上交通中实施风险分析所需的三个主要方面,以提高海上安全。首先,法律依据 - 需要法律文书,高风险船舶和新公共职权的定义。其次,根据地理位置,船舶特征,环境条件,其他船舶,浅水区和其他障碍,如海上平台和风电场,确定动态计算的单个船只的船舶风险指数的数学模型。第三,有运营应用程序。

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