Prediction of Sea Surface Current Velocity and Direction Using LSTM

Irkhana Indaka Zulfa, D. C. R. Novitasari, F. Setiawan, Aris Fanani, M. Hafiyusholeh
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引用次数: 10

Abstract

 Labuan Bajo is considered to have an important role as a transportation route for traders and tourists. Therefore, it is necessary to have a further understanding of the condition of the waters in Labuan Bajo, one of them is sea currents. The purpose of this research is to predict sea surface flow velocity and direction using LSTM. There are many prediction methods, one of them is Long short-term memory (LSTM). The fundamental of LSTM is to process information from the previous memory by going through three gates, that is forget gate, input gate, and output gate so the output will be the input in the next process. Based on trials with several parameters namely Hidden Layer, Learning Rate, Batch Size, and Learning rate drop period, it achieved the smallest MAPE values of U and V components of 14.15% and 8.43% with 50 hidden layers, 32 Batch size and 150 Learn rate drop.  
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利用LSTM预测海面海流的速度和方向
纳闽巴约被认为是贸易商和游客的重要运输路线。因此,有必要进一步了解纳闽巴约海域的情况,其中之一就是洋流。本研究的目的是利用LSTM预测海面流速和流向。有许多预测方法,其中之一是长短期记忆(LSTM)。LSTM的基本原理是通过三个门来处理来自前一个存储器的信息,即遗忘门、输入门和输出门,因此输出将是下一个过程中的输入。基于对隐藏层、学习率、批量大小和学习率下降期等几个参数的试验,它在50个隐藏层、32个批量大小和150个学习率下降的情况下,实现了14.15%和8.43%的U和V分量的最小MAPE值。
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