本体映射、对齐与合并的文献综述

S. Amrouch, S. Mostefai
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引用次数: 33

摘要

本体映射、对齐和合并是人工智能领域的一个重要研究领域。实际上,本体的设计和开发是为了在多个应用程序和工作社区之间共享。换句话说,不同的信息系统需要访问多个本体。本体的映射、对齐或合并构建了一个元层,允许不同的应用程序访问生成的本体,然后共享它们的信息,当然,保留它们包含的语义。稍后在解决输入本体所呈现的不同形式的异构之后完成。然后,人工智能社区的研究人员提出了一个关键挑战,即在语义查询处理、数据集成、数据仓库、电子商务和电子商务等多个应用领域中利用这些本体操作的潜力。本文的目的是为不太熟悉本体领域的读者介绍在本体上执行的三种主要操作。这些操作为本体之间的翻译、协调、协调和协商等其他操作提供了重要的基础。输入本体之间的映射发现结果支持这个突出的基础。在本体上设计和开发这样的操作,是几个研究团体多年来关注的焦点。本文综述了本体映射、对齐和合并的不同方法和工具的文献,在详细介绍了最重要的模块(映射发现)之后,描述了它们的设计者采用的不同方法,并讨论了它们的算法解决的不同异构形式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Survey on the literature of ontology mapping, alignment and merging
Ontology Mapping, Alignment and Merging are a prominent field of research for the AI community. Indeed, an ontology is designed and developed to be shared among multiple applications and working communities. In other words, several ontologies need to be accessed by different information systems. The Mapping, Alignment or Merging of ontologies build a meta-layer that allows different applications to access the resulting ontology and then to share their informations, of course, whith preserving the semantics they contain. This later is done after solving the different forms of heterogeneity presented by the input ontologies. A key challenge is then raised by the researchers in AI community to exploit the potential of these ontological operations in several applications domain such as semantic query processing, data integration, data warehousing, E-Buziness and E-Commerce, etc. The aim of this paper is to provide the reader, who is not very familiar with the ontology domain, an introduction to the three main operations performed on ontologies. These operations provide a prominent basis for several other operations such as translation, reconciliation, coordination and negotiation between ontologies. This prominent basis is supported by the mapping discovery results between input ontologies. Design and develop such operations on ontologies, was the focus of several research communities for several years. In this paper, we have surveyed the literature of the different methods and tools for ontology mapping, alignment and merging and described the different approaches adopted by their designers after detailing the most important module (mappings discovery) and discussed the different heterogeneity forms resolved by their algorithms.
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