Prediction of Water Quality with Ensemble Learning Algorithms

Fatin Aljarah, Aydın Çetin
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Abstract

As monitoring and control of the quality of the water is one of the most important issues in the world since only 74% of the world's population use safely managed water where the water is treated well to reach the minimum limit of safety and quality standards. For observation of the water potability and to take immediate actions to improve the water quality, real-time monitoring and classification process are required. However, monitoring and controlling the quality of the water is not an easy task since it has many requirements such as the collection and analysis of data and measures to be taken. In this paper, we focus on applying machine learning for evaluation of the water quality. We have chosen five ensemble learning algorithms namely, Adaptive Boosting, Random Forest, Extra trees classifier, Gradient Boosting, and Stacking Classifier to evaluate their classification performances in defining the water quality. Results reveal that the Stacking Classifier has the highest performance among the five classifiers that we have studied.
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基于集成学习算法的水质预测
由于监测和控制水质是世界上最重要的问题之一,因为世界上只有74%的人口使用安全管理的水,即水经过良好处理以达到安全和质量标准的最低限度。为了观察水的可饮用性,并立即采取措施改善水质,需要实时监测和分类过程。然而,监测和控制水质并不是一件容易的事情,因为它有许多要求,如数据的收集和分析以及采取的措施。在本文中,我们着重于将机器学习应用于水质评价。我们选择了五种集成学习算法,即自适应增强、随机森林、额外树分类器、梯度增强和堆叠分类器,以评估它们在定义水质方面的分类性能。结果表明,在我们所研究的五种分类器中,堆叠分类器的性能是最高的。
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