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Prediction Models for Estimation of Survival Rate and Relapse for Breast Cancer Patients

机译:乳腺癌患者存活率和复发估算预测模型

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In this paper, we described the practical application of data mining methods for estimation of survival rate and disease relapse for breast cancer patients. A comparative study of prominent machine learning models was carried out and according to the achieved results we concluded that the classifiers obviously learn some of the concepts of breast cancer survivability and recurrence. These algorithms were successfully applied to a novel breast cancer data set of the Clinical Center of Kragujevac. The Naive Bayes classifier is selected as a model for prognosis of cancer survivability on the basis of the 5 years survival rate, while the Artificial Neural Network has achieved the best performance in prognosis of cancer recurrence. Selection of twenty attributes that are the most related to success of prognosis on survivability can give new insights into the set of prognostic factors which need to be observed by medical experts.
机译:本文描述了数据挖掘方法的实际应用,以估算乳腺癌患者的存活率和疾病复发。对突出机器学习模型进行比较研究,并根据达到的结果,我们得出的结论是,分类器显然学习了一些乳腺癌生存能力和复发的概念。这些算法成功地应用于Kragujevac临床中心的新型乳腺癌数据集。幼稚贝叶斯分类器被选为癌症生存能力预后的模型,而在5年的生存率的基础上,人工神经网络已经实现了癌症复发预后的最佳表现。选择与生存性预后的成功最多有关的20个属性可以为医学专家提供需要观察到的预后因素的新见解。

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