Entity Resolution Using Logistic Regression as an extension to the Rule-Based Oyster System

Fumiko Kobayashi, Aziz Eram, J. Talburt
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引用次数: 8

Abstract

This paper describes two experiments in entity resolution. In both experiments, person references were classified as "linked" or "not linked" by two different methods. The first method used an entity resolution (ER) system and employed standard "if-then" Boolean matching rules. The second method used the supervised machine learning technique of logistic regression to classify the references as "linked" or "not linked". The objective of the experiments was to compare the linking performance of both methods to evaluate the effectiveness of logistic regression as an extension to the existing match functions provided in the OYSTER ER System. One experiment used actual school enrollment data and the other used synthetic data. In both cases the performance of the logistic regression classification compared favorably with rule-based results.
使用逻辑回归作为基于规则的牡蛎系统的扩展的实体解析
本文描述了两个实体解析实验。在这两个实验中,通过两种不同的方法将人物参考资料分类为“链接”或“未链接”。第一种方法使用实体解析(ER)系统,并采用标准的“if-then”布尔匹配规则。第二种方法使用逻辑回归的监督机器学习技术将引用分类为“链接”或“未链接”。实验的目的是比较两种方法的链接性能,以评估逻辑回归作为OYSTER ER系统中提供的现有匹配函数的扩展的有效性。一个实验使用了实际的学校入学数据,另一个使用了合成数据。在这两种情况下,逻辑回归分类的性能都优于基于规则的结果。
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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