基于领域知识的结构化Web数据自动提取

Nora Derouiche, Bogdan Cautis, T. Abdessalem
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引用次数: 19

摘要

我们在本文中提出了一种从Web中提取结构化数据的新方法,其目标是从基于模板的HTML页面(结构化Web)中获取现实世界中的项目。它演示了Web的两阶段查询,其中首先以灵活且广泛适用的方式提供目标数据的有意描述。提取过程同时利用输入描述和源结构。我们的方法是域独立的,从某种意义上说,它适用于描述现实世界项目的任何关系,无论是平面的还是嵌套的。在五个不同的领域进行了大量的实验,并与文献中最先进的提取系统的主要状态进行了比较,说明了它的灵活性和准确性。我们主张通过我们的技术,当Web的冗余性满足待提取数据上的知识时,可以快速有效地自动提取和集成复杂的结构化数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Extraction of Structured Web Data with Domain Knowledge
We present in this paper a novel approach for extracting structured data from the Web, whose goal is to harvest real-world items from template-based HTML pages (the structured Web). It illustrates a two-phase querying of the Web, in which an intentional description of the data that is targeted is first provided, in a flexible and widely applicable manner. The extraction process leverages then both the input description and the source structure. Our approach is domain-independent, in the sense that it applies to any relation, either flat or nested, describing real-world items. Extensive experiments on five different domains and comparison with the main state of the art extraction systems from literature illustrate its flexibility and precision. We advocate via our technique that automatic extraction and integration of complex structured data can be done fast and effectively, when the redundancy of the Web meets knowledge over the to-be-extracted data.
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