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Medical tool for assisting patients in Kazakhstan polyclinics

机译:用于协助哈萨克斯坦微临床学患者的医疗工具

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The healthcare system in developing countries facing many challenges due to factors such as lack of doctors, medical equipment, overwhelmed hospitals, and increased number of refugees. The World Health Organization annually announces reports related to patients per doctor ratios, and according to reports even in many developed countries, it is low. The aim of this work was to develop a medical tool that will try to solve various issues and help assist patients as well as doctors. The tool is based on two machine learning algorithms for disease diagnosis which are rule-based method and decision tree algorithm. The tool also has several useful functionalities that help patients with their conditions. Using scikit-learn framework we were able to develop and integrate algorithms inside the tool. During the benchmarking study, the implemented machine learning algorithms achieved the following performance: an accuracy of 75% for the rule-based classifier, and 89% for the ID3 decision tree classifier.
机译:由于缺乏医生,医疗设备,不堪重负的医院,以及难民数量增加,所面临许多面临许多挑战的发展中国家的医疗制度。世界卫生组织每年宣布与每位医生患者有关的报告,并根据许多发达国家的报告,它很低。这项工作的目的是制定一个医疗工具,该工具将尝试解决各种问题并帮助患者以及医生提供帮助。该工具基于两种机器学习算法,用于疾病诊断,是基于规则的方法和决策树算法。该工具还具有几种有用的功能,帮助患者的病症。使用Scikit-Searn-SearchWork,我们能够在工具中开发和集成算法。在基准测试期间,实现的机器学习算法实现了以下性能:规则的分类器的准确性为75 %,而ID3决策树分类器的89 %。

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