Research on Logistic Regression Algorithm of Breast Cancer Diagnose Data by Machine Learning

Lei Liu
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引用次数: 58

Abstract

If machine learning can automatically identify cancer cells, it will provide considerable benefits to the medical system. The process of automation is likely to improve the efficiency of the detection process, and it may also provide higher detection accuracy by removing the internal subjective human factors in the process. Starting from the measurement data of biopsy cells in women with abnormal breast masses, logistic regression algorithm is applied to study the efficiency of machine learning for cancer detection. In this paper, the LogisticRegression algorithm of Sklearn machine learning library is used to classify the data sets of breast cancer (diagnosis). The classification results show that when the two features of maximum texture and maximum perimeter are selected, the classification accuracy is 96.5%, which is improved compared with the previous methods.
基于机器学习的乳腺癌诊断数据逻辑回归算法研究
如果机器学习可以自动识别癌细胞,它将为医疗系统提供相当大的好处。自动化的过程很可能提高检测过程的效率,也可能通过消除过程中内在的主观人为因素来提供更高的检测精度。从乳腺异常肿块女性的活检细胞测量数据出发,应用logistic回归算法研究机器学习在癌症检测中的效率。本文使用Sklearn机器学习库的LogisticRegression算法对乳腺癌(诊断)数据集进行分类。分类结果表明,当选择最大纹理和最大周长两个特征时,分类准确率为96.5%,与以往的方法相比有了提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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