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A hybrid multiclass classifier based on artificial immune algorithm and support vector machine

机译:基于人工免疫算法和支持向量机的混合多分类器

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Developing an effective medical diagnosis system for many diseases, such as thyroid gland disease, to assist physicians in hospitals has become a high priority for many researchers and clinical centers. In fact, existing medical diagnostic techniques often have to diagnose the risk of misdiagnosis. The purpose of this paper is to develop an efficient classifier to improve medical diagnosis performance of thyroid gland disease. In this work, the medical dataset of thyroid gland disease that represent multiclass classification problem was selected from the University of California Irvine Machine Learning Repository. The proposed approach combined support vector machines with an artificial immune system as the diagnostic classifier, which is called the AIS-based machine learning classifier. The diagnosis results were identified, and the accuracies of the classification rate were evaluated. The classification results demonstrated that the proposed approach can give considerable improvements over those reported in previous studies.
机译:对于许多疾病,例如甲状腺疾病,开发一种有效的医学诊断系统以协助医院的医师,已成为许多研究人员和临床中心的高度优先事项。实际上,现有的医学诊断技术通常必须诊断出误诊的风险。本文的目的是开发一种有效的分类器,以提高甲状腺疾病的医学诊断性能。在这项工作中,从加利福尼亚大学尔湾分校机器学习存储库中选择了代表多分类问题的甲状腺疾病医学数据集。所提出的方法将支持向量机与人工免疫系统作为诊断分类器相结合,称为基于AIS的机器学习分类器。确定诊断结果,并评估分类率的准确性。分类结果表明,所提出的方法可以比以前的研究报告进行重大改进。

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