Convolutional Neural Networks based Liver Tumor Classification

Keshali Pathak, D. Singh
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Abstract

The most common and widespread disease among today's population is liver disease, which is caused by excessive alcohol consumption, polluted gas produced by various chemical factories, drugs, spoiled or tainted food, and obesity. Liver is the most important body organ as it performs the detoxification process. As a result, early disease detection plays a crucial role in the disease diagnosis and recovery process. Early prediction of liver disease has been made possible with the introduction of machine learning technology. This technology provides significant benefits to the healthcare sector by developing new ways to deploy early disease prediction system even in a remote location. SVM, KNN, K-Mean clustering, neural networks, decision trees, and other machine learning techniques are used to implement liver disease diagnosis in order to provide varying levels of accuracy, precision and sensitivity. Unsupervised learning, supervised learning, semi-supervised learning, and reinforcement learning can also be used. This research study intends to compare all the machine learning algorithms to investigate and predict the liver disease and the resultant performance is evaluated based on sensitivity, relevance, accuracy, and precision.
基于卷积神经网络的肝脏肿瘤分类
当今人口中最常见和最广泛的疾病是肝病,这是由过度饮酒、各种化工厂产生的污染气体、药物、变质或受污染的食物以及肥胖引起的。肝脏是最重要的身体器官,因为它执行排毒过程。因此,疾病的早期检测在疾病的诊断和康复过程中起着至关重要的作用。随着机器学习技术的引入,肝脏疾病的早期预测已经成为可能。这项技术通过开发新的方法来部署早期疾病预测系统,即使在偏远地区,也为医疗保健部门提供了显著的好处。支持向量机、KNN、K-Mean聚类、神经网络、决策树等机器学习技术被用于肝病诊断,以提供不同程度的准确性、精密度和灵敏度。也可以使用无监督学习、监督学习、半监督学习和强化学习。本研究旨在比较所有用于调查和预测肝脏疾病的机器学习算法,并根据敏感性、相关性、准确性和精密度对结果进行评估。
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