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Wave Data Prediction with Optimized Machine Learning and Deep Learning Techniques by Vamshikrishna Domala; Wonhee Lee; Tae-wan Kim is a Engineering article available to read on EtoBox.

What is Wave Data Prediction with Optimized Machine Learning and Deep Learning Techniques about?

## Abstract Maritime Autonomous Surface Ships are in the development stage and they play an important role in the upcoming future. Present generation ships are semi-autonomous and controlled by the ship crew. The performance of the ship is predicted using the data collected from the ship with the help of machine learning and deep learning methods. Path planning for an autonomous ship is necessary for estimating the best possible route with minimum travel time and it depends on the weather. However, even during the navigation, there will be changes in weather and it should be predicted in order to reroute the ship. The weather information such as wave height, wave period, seawater temperature, humidity, atmospheric pressure, etc., is collected by ship external sensors, weather stations, buoys, and satellites. This paper investigates the ensemble machine learning approaches and seasonality approach for wave data prediction. The historical meteorological data are collected from six stations near Puerto Rico offshore and Hawaii offshore. We explore ensemble machine learning techniques on the data collected. The collected data are divided into training and testing data and apply machine

Who reads Wave Data Prediction with Optimized Machine Learning and Deep Learning Techniques?

It is typically read by researchers, students, and practitioners in Engineering.

Author
Vamshikrishna Domala; Wonhee Lee; Tae-wan Kim
Publisher
Oxford University Press (OUP)
Published
2022
Language
EN
Field
Engineering (Physical Sciences)

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