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An Approach to Classify Eligibility Blood Donors Using Decision Tree and Naive Bayes Classifier

机译:使用决策树和朴素贝叶斯分类器对合格献血者进行分类的方法

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Blood donation is a process of taking blood from a person voluntarily to be stored in a blood bank for later use in blood transfusions. There are several criteria must be fulfilled by someone who want to be a blood donors as follow blood type, gender, age, blood pressure, hemoglobin, etc. Those criteria is process manually in order to classify eligibility of blood donors. However, those process frequently repeated and waste too much time. This work proposed a classification model to decrease time process using both decision tree and naive bayes classifier. In evaluation phase, both algorhytm will compare by its accuration and performance. As the result, we obtained that decision tree has exactly 66,65% accuration value and 79,95% for naive bayes classifier. The other testing that applied 100 data testing dan 400 data training. We obtained that decision tree has exactly 78,5% and naive bayes classifier has 81,5%.
机译:献血是指从人身上自愿取血,然后储存在血库中,供以后输血使用的过程。想要成为献血者的人必须满足以下几个标准,包括血型,性别,年龄,血压,血红蛋白等。这些标准是手动处理的,以便对献血者的资格进行分类。但是,这些过程经常重复并且浪费太多时间。这项工作提出了一种分类模型,以减少使用决策树和朴素贝叶斯分类器的时间过程。在评估阶段,两个算法将通过其累加和性能进行比较。结果,我们得出决策树的准确值准确度为66.65%,而朴素贝叶斯分类器的准确度为79.95%。应用100数据测试和400数据培训的另一项测试。我们获得了决策树的准确度为78.5 \%,朴素贝叶斯分类器的准确度为81.5 \%。

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