A Time Series Forecast Method for Vessel Trajectory Prediction

Shaobin Li, Zehan Tan, Yanyu Chen, Weidong Yang, Siyuan Lei, Jiale Zhang
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Abstract

In recent years, alongside the progress of marine vessel information technology, the scale of vessel-related data has grown exponentially. At the same time, maritime monitoring based on vessel data has achieved unprecedented development, so how to effectively manage and supervise the marine operations of vessels is now a widely concerned issue. By predicting the future trajectories of vessels, vessel behavior can be assessed to avoid potential hazards. This paper establishes a pre-processing model of vessel data based on the time series data of vessels. According to the characteristics of vessel data, cleaning, noise reduction, and trajectory extraction are conducted to the data followed by interpolation. Trajectory similarity evaluation is conducted with a time series similarity measurement method, and a trajectory clustering model based on DBSCAN is constructed from the trajectory similarity information. Later, this paper proposes a time series prediction model based on Attention and LSTM. The prediction model adopts an Encoder-Decoder structure. The model takes the time series characteristics of a vessel trajectory as the input to predict the future trajectory of a vessel.
船舶航迹预测的时间序列预测方法
近年来,随着船舶信息技术的进步,船舶相关数据规模呈指数级增长。与此同时,基于船舶数据的海上监测也得到了前所未有的发展,因此如何对船舶的海上作业进行有效的管理和监督是目前人们普遍关注的问题。通过预测船舶的未来轨迹,可以评估船舶的行为以避免潜在的危险。本文以船舶时间序列数据为基础,建立了船舶数据预处理模型。根据船舶数据的特点,对数据进行清洗、降噪和轨迹提取,然后进行插值。采用时间序列相似度度量方法对弹道相似度进行评价,并根据弹道相似度信息构建基于DBSCAN的弹道聚类模型。随后,本文提出了一种基于注意力和LSTM的时间序列预测模型。预测模型采用编码器-解码器结构。该模型以船舶轨迹的时间序列特征作为输入,预测船舶的未来轨迹。
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