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Comparison of Machine Learning Algorithms in Data classification

机译:数据分类中机器学习算法的比较

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Data Mining is used to extract the valuable information from raw data. The task of data mining is to utilize the historical data to discover hidden patterns that helpful for future decisions. To analyze the data machine learning classifiers are used. Various data mining approaches and machine learning classifiers are applied for prediction of diseases. Where can supports, in timely treatment. The aim of this work is to compare the performance of ML classifier. These ML classifiers are Logistic Regression, Decision Tree, Niven Bayes, k-Nearest Neighbors, Support Vector Machine and Random Forests classifiers on two datasets on the basis of its accuracy, precision and f measure. The experimental results reveal that it's found that the Random Forests performance is better than the other classifiers. It gives 83% accuracy in heart data sets and 85% accuracy in hepatitis disease prediction.
机译:数据挖掘用于从原始数据中提取有价值的信息。数据挖掘的任务是利用历史数据来发现隐藏的模式,这些模式有助于未来的决策。分析数据机器学习分类器。应用各种数据挖掘方法和机器学习分类器用于预测疾病。在哪里可以及时支撑。这项工作的目的是比较ML分类器的性能。这些ML分类器是物流回归,决策树,N个贝叶斯,k最近邻居,基于其准确性,精度和f度量的两个数据集上支持向量机和随机森林分类器。实验结果表明,它发现随机森林的性能优于其他分类器。它在心脏数据集中提供了83%的精度和肝炎疾病预测的85%的准确性。

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