Ontology-based automatic classification for Web pages: design, implementation and evaluation

R. Prabowo, M. Jackson, P. Burden, Heinz D. Knoell
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引用次数: 40

Abstract

In recent years, we have witnessed continual growth in the use of ontologies in order to provide a mechanism to enable machine reasoning. This paper describes an automatic classifier, which focuses on the use of ontologies for classifying Web pages with respect to Dewey Decimal Classification (DDC) and Library of Congress Classification (LCC) schemes. Firstly, we explain how these ontologies can be built in a modular fashion, and mapped into DDC and LCC. Secondly, we propose the formal definition of a DDC-LCC and an ontology-classification-scheme mapping. Thirdly, we explain the way the classifier uses these ontologies to assist classification. Finally, an experiment in which the accuracy of the classifier was evaluated is presented. The experiment shows that our approach results an improved classification in terms of accuracy. This improvement, however, comes at a cost in a low coverage ratio due to incompleteness of the ontologies used.
基于本体的网页自动分类:设计、实现与评价
近年来,为了提供一种机制来实现机器推理,我们见证了本体使用的持续增长。本文描述了一种自动分类器,它着重于使用本体对杜威十进分类法(DDC)和美国国会图书馆分类法(LCC)方案进行网页分类。首先,我们解释如何以模块化方式构建这些本体,并将其映射到DDC和LCC。其次,我们提出了DDC-LCC的形式化定义和本体-分类-方案映射。第三,我们解释了分类器使用这些本体来辅助分类的方式。最后,通过实验对分类器的准确率进行了评价。实验结果表明,我们的方法在分类精度方面得到了提高。然而,这种改进是以低覆盖率为代价的,因为所使用的本体不完整。
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