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Performance Analysis of Machine Learning Algorithms for Hypertension Decision Support System

机译:高血压决策支持系统机器学习算法性能分析

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Machine learning algorithms are helpful to build a model-based decision support system using data to predict risk of hypertension disease which is deadly in Bangladesh as in other parts of the world. It is necessary to figure out which machine learning algorithm is suitable for implementing a decision support system practically. Therefore, in this work, 21 types of supervised machine learning algorithms have been employed training the prediction system for hypertension risk. Various types of Decision Trees, Logistic Regression, Support Vector Machines, Nearest Neighbors Classifiers and Ensemble Classifiers are used for training the model. 5 fold cross validation has been used in this case. 16 inputs are chosen based on expert knowledge and 2 outputs are selected as response. In this paper, performance is evaluated in terms of confusion matrix and ROC curve. 129 patients' data have been collected from local hospital to conduct this work.
机译:机器学习算法有助于建立基于模型的决策支持系统,使用数据预测孟加拉国致命的高血压疾病风险,如世界其他地区。 有必要弄清楚哪种机器学习算法适用于实际实现决策支持系统。 因此,在这项工作中,已经采用了21种受监督机器学习算法进行高血压风险的预测系统。 各种类型的决策树,Logistic回归,支持向量机,最近的邻居分类器和集合分类器用于培训模型。 在这种情况下使用了5倍交叉验证。 根据专家知识选择16个输入,并选择2个输出作为响应。 在本文中,在混淆矩阵和ROC曲线方面评估性能。 从当地医院收集了129名患者的数据进行这项工作。

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