Lung – Pleura Carcinoma Detection Using Machine Learning

S. K, Kavethanjali V, P. S, Vasanthapriya V
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Abstract

Identification of pleural carcinoma using classification equipment with 98.30% accuracy is presented in this work. To evaluate the effectiveness of the Machine Learning Algorithms, which is divided into clinical, and health data from patients who were part of the collection of lung cancer diagnostic data. These algorithms used to predict and analyze the effectiveness of various machine-learning algorithms associated with lung disease based on medical and patient health data and to guide patients and physicians in early detection or early treatment options. Separation processes are performed with different machine learning algorithms and success levels are indicated. Various algorithms were tested to achieve success rates of approximately 98.30% obtained. Among the tried algorithms, Linear Discriminant Analysis provides the most effective isolation process.
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肺胸膜癌的机器学习检测
在这项工作中,使用分类设备识别胸膜癌的准确率为98.30%。为了评估机器学习算法的有效性,这些算法分为临床数据和肺癌诊断数据收集部分患者的健康数据。这些算法用于根据医疗和患者健康数据预测和分析与肺部疾病相关的各种机器学习算法的有效性,并指导患者和医生早期发现或早期治疗方案。使用不同的机器学习算法执行分离过程,并指出成功级别。测试了各种算法,获得了约98.30%的成功率。在已尝试的算法中,线性判别分析提供了最有效的隔离过程。
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