基于感知特征的Kriging梯度提升分类在大数据驱动下的海洋天气预报

J. Anbarasi, V. Radha
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引用次数: 0

摘要

大数据海洋天气预报的时间、误差和精度都是需要解决的问题。本文提出了一种基于感知特征和Kriging梯度提升分类(PF-KGBC)的大数据预测方法,旨在提高海洋天气的预测精度和时间消耗。PF-KGBC方法分为两部分。分别是基于感知器分类器模型的特征选择和基于Kriging EnsembledeXtreme Gradient Boost的海洋天气预报分类。在基于感知器分类器的监督学习算法的辅助下,通过功能输入的特征选择过程,进行Kriging EnsembledeXtreme梯度提升分类,以预测海洋天气数据。PF-KGBC采用Java平台实现,与传统技术进行性能比较。该方法预测的结果,观察各种指标的改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perceptred Feature Based Kriging Gradient Boost Classification for Big Data Driven Marine Weather Forecasting
Marine Weather Forecasting with Big Data with minimum time, error and maximum accuracy is of major concern to be addressed. In this work, a method called, Perceptred-based Feature and Kriging Gradient Boost Classification (PF-KGBC) is introduced with big data with the objective of improving the prediction performance marine weather with high accuracy and less time consumption. The PF-KGBC method is split into two parts. They are feature selection using perceptron classifier model and classification using Kriging EnsembledeXtreme Gradient Boost for marine weather forecasting. With the assistance of supervised learning algorithm based on perceptron classifier that involves a functional inputAfter feature selection process, Kriging EnsembledeXtreme Gradient Boost Classification is performed with the purpose of forecasting marine weather data. PF-KGBC compared by conventional techniques and performance was implemented by Java platform. The proposed method has prediction results and improvements were observed with various metrics.
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