Machine Learning Algorithm for Brain Stroke Detection

M. K. Babu, Sk. Reshma, V. B. Reddy, U. Jayanth, Sk. Naheda
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Abstract

Insufficient blood flow to the brain results in a condition known as a stroke, which results in cell death. In worldwide it is currently the leading cause of death. Many risk factors that are suspected to be related to the stroke's origin have been identified through examination of the affected individuals. Using these risk factors, numerous research has been done to predict the disorders linked to stroke. Most models are built using machine learning techniques and data mining. In this study, we used data from medical reports and a person's physical condition to use five machine learning algorithms to identify strokes. We use a substantial number of hospital entries that we have collected. The classification outcome demonstrates that the result is satisfactory and can be applied to real-time medical records in order to address the issues. We think machine learning algorithms can aid in better understanding illnesses and make a useful healthcare partner.
脑卒中检测的机器学习算法
大脑供血不足会导致中风,导致细胞死亡。在世界范围内,它目前是导致死亡的主要原因。许多被怀疑与中风起源有关的危险因素已通过对受影响个体的检查确定。利用这些风险因素,已经进行了许多研究来预测与中风有关的疾病。大多数模型都是使用机器学习技术和数据挖掘构建的。在这项研究中,我们使用来自医疗报告和一个人的身体状况的数据,使用五种机器学习算法来识别中风。我们使用了我们收集的大量医院条目。分类结果表明,分类结果令人满意,可应用于实时病案中解决问题。我们认为机器学习算法可以帮助更好地了解疾病,并成为一个有用的医疗合作伙伴。
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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