Automatic Identification System data - potential resource for marine vessels drift studies in the Baltic Sea

D. Cepite-Frisfelde, Vilnis Frisfelds, A. Timuhins, J. Seņņikovs
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引用次数: 2

Abstract

Automatic Identification System (AIS) has been employed for increasing the safety at the sea. Nowadays general information about the marine traffic can be tracked in operational mode using www.marinetraffic.com web portal. Additional information can be purchased for commercial and research purposes. Our study highlights a possibility to study the drift using an additional information available at www.marinetraffic.com - selected data on vessel position during its status “not under command”, which corresponds to the drifting vessels. Trajectories of the drift from AIS have been compared with mathematically modeled point-wise drifter paths. Copernicus Marine Environmental Monitoring Service's data for the surface current and Danish Meteorological Institute's model Harmonie data for the wind speed was employed to force the drift model. This comparison may give an indicative insight in the performance of the state-of art drift models. Drift model skill is related to (1) accuracy of the models for the surface current and the wind speed (2) selected drift model and its parameters, and (3) representation of the ship parameters in the drift model. Future research may focus on AIS data application in improving of the accuracy of operational forecasts of the vessel drift for search and rescue (and marina pollution combating) purposes; AIS data may be used for systematic bias (e.g. leeway) correction in operational models.
自动识别系统数据-波罗的海船舶漂移研究的潜在资源
自动识别系统(AIS)已被用于提高海上安全。目前,可以使用www.marinetraffic.com门户网站在操作模式下跟踪有关海上交通的一般信息。额外的信息可以购买用于商业和研究目的。我们的研究强调了利用www.marinetraffic.com提供的额外信息来研究漂移的可能性-在其“不受指挥”状态下选择的船舶位置数据,这与漂移船舶相对应。AIS的漂移轨迹已经与数学建模的逐点漂移路径进行了比较。采用哥白尼海洋环境监测服务的海面洋流数据和丹麦气象研究所的Harmonie风速模型数据对漂移模型进行强制。这种比较可能会对当前最先进的漂移模型的性能提供指示性的见解。漂移模型技能涉及到(1)海面洋流和风速模型的准确性;(2)所选择的漂移模型及其参数;(3)船舶参数在漂移模型中的表示。未来的研究可以集中在AIS数据的应用上,以提高船舶漂移预测的准确性,用于搜救(和治理码头污染);AIS数据可用于操作模型中的系统偏差(例如,偏差)校正。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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