Text Mining for Finding Acronym-Definition Pairs from Biomedical Text Using Pattern Matching Method with Space Reduction Heuristics

P. C. Rafeeque, K. A. Abdul Nazeer
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引用次数: 7

Abstract

This paper deals with the problem of mining acronyms and their definitions from biomedical text. We propose an effective text mining system by using pattern matching method. Different stages of the design have been explained with pseudo code. We used space reduction heuristic constraints (D. Nadeau and P. Turney, 2005) which will increase the precision by reducing the number of candidate definitions and will include most of the true cases. The pattern matching method does not require training data to run as in the case of learning techniques. This will make the process simple and fast. Evaluation has been done by using three metrics - recall (measure of how much relevant information the system has extracted from text), precision (measure of how much information returned by the system is actually correct) and f-factor (combined value of recall and precision). Experimental results achieved 92% recall and 97.2% precision.
基于空间约简启发式的模式匹配方法在生物医学文本中搜索缩略语定义对
本文研究了从生物医学文本中挖掘缩略语及其定义的问题。提出了一种基于模式匹配的高效文本挖掘系统。用伪代码解释了设计的不同阶段。我们使用了空间缩减启发式约束(D. Nadeau和P. Turney, 2005),这将通过减少候选定义的数量来提高精度,并将包括大多数真实情况。模式匹配方法不像学习技术那样需要训练数据来运行。这将使过程简单和快速。评估通过使用三个指标来完成——召回(衡量系统从文本中提取了多少相关信息),精度(衡量系统返回的信息有多少是正确的)和f因子(召回和精度的组合值)。实验结果达到了92%的查全率和97.2%的查准率。
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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