使用自动词汇生成和传递文本挖掘与阿育吠陀有关的假设生成

Harsha Gopal Goud Vaka, S. Mukhopadhyay
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引用次数: 5

摘要

从大量文档中自动提取知识是一个广阔的研究领域。文本挖掘是从非结构化文本文档中提取知识的一种很有前途的方法。本文的目的是挖掘从PubMed检索到数据库中的与阿育吠陀有关的文档,并发现生物对象之间新的传递关联。本文讨论了使用自动词汇发现(AVD)算法从数据库中提取生物对象。描述了一个文本挖掘过程,用于在提取的生物对象之间寻找传递(新颖)关联。文本挖掘算法除了识别新的关联(称为假设)之外,还为它们分配了一个数值显著性分数。预期得分高的人比得分低的人更有可能是真的。实验结果及其验证结果表明,该方法具有预测新颖和有趣的真实关联的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hypotheses Generation Pertaining to Ayurveda Using Automated Vocabulary Generation and Transitive Text Mining
Automated extraction of knowledge from voluminous documents is a vast research area. Text mining is a promising approach for extracting knowledge from unstructured textual documents. The objective of this paper is to mine documents pertaining to Ayurveda, which are retrieved from PubMed into a databank, and find novel transitive associations among biological objects. This paper discusses the extraction of biological objects from the databank using an Automated Vocabulary Discovery (AVD) algorithm. A text-mining process is described for finding transitive (novel) associations among the extracted biological objects. The text mining algorithm, in addition to identifying novel associations (termed hypotheses), also assigns a numerical significance score to them. The expectation is that those with higher score have greater likelihood of being true than those with lower scores. Experimental results as well as their validation results are presented, demonstrating that the method has the potential to predict novel and interesting true associations.
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