A Medical Text Classification System Based on Immune Algorithm

Qirui Zhang, Man Luo, Hexian Wang, Jinghua Tan
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引用次数: 4

Abstract

This paper proposes a new method of text categorization called the clonal selection algorithm based on antibody density (CSABAD). In this method, antigen, B cell and antibody are respectively corresponded with training texts, a possible individual of classifier and the affinity between the individual and training texts. B cells consist of general cells, fresh cells and memory cells. General cells are used to store various individuals, fresh cells are used to replace the degraded general cells, and memory cells are used to record the best individuals. According to the clonal selection principle and density control mechanism, only those cells that have higher affinity and lower density are selected to proliferate. The ultimate classifier is composed with many memory cells. Considering the characters of medical information, we realize a medical text classifier based on CSABAD, and tests the system on OHSUMED data set. The experiment results show that it can obtain the better classification performance.
基于免疫算法的医学文本分类系统
本文提出了一种基于抗体密度的克隆选择算法(CSABAD)。在该方法中,抗原、B细胞和抗体分别对应于训练文本、分类器的可能个体以及个体与训练文本之间的亲和力。B细胞由一般细胞、新鲜细胞和记忆细胞组成。一般细胞用于存储各种个体,新鲜细胞用于替换退化的一般细胞,记忆细胞用于记录最佳个体。根据克隆选择原理和密度控制机制,只有亲和性较高、密度较低的细胞才会被选择增殖。最终分类器由许多记忆单元组成。针对医学信息的特点,实现了基于CSABAD的医学文本分类器,并在OHSUMED数据集上进行了测试。实验结果表明,该方法能获得较好的分类性能。
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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