“F.Q.A.M” Feyn-QLattice Automation Modelling: Python Module of Machine Learning for Data Classification in Water Potability

P. Riyantoko, Sugiarto, I. G. S. M. Diyasa, Kraugusteeliana
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引用次数: 1

Abstract

Water potability is a very important material for human life. The water potability indicator is can be used to detect the water that can be consumed as drinking water. We know that if in the water has many minerals, especially pH Value, Sulfate and Chloramines which has the strongest relationship with Water Potability. In data analytics, we can classification water potability using data mining methods. FEYN and Q-Lattice are one of the methods of part machine learning to solve classification data. We try to combining the dataset with machine learning methods to find the best mathematical model in the classification process. Q-Lattice methods bringing out the results increased until 68% accuracy level. For the simple analytics to classification data using combine between FEYN and Q-Lattice present best model.
“F.Q.A.Feyn-QLattice自动化建模:用于饮用水数据分类的机器学习Python模块
水是人类赖以生存的重要物质。水的可饮用性指标是用来检测可作为饮用水饮用的水。我们知道,水中有许多矿物质,尤其是pH值、硫酸盐和氯胺,它们与水的可饮用性关系最密切。在数据分析中,我们可以使用数据挖掘方法对水的可饮用性进行分类。FEYN和Q-Lattice是零件机器学习中求解分类数据的方法之一。我们尝试将数据集与机器学习方法相结合,在分类过程中找到最佳的数学模型。q -晶格法得出的结果准确率提高到68%的水平。对于分类数据的简单分析,结合FEYN和Q-Lattice给出了最佳模型。
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