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Semantic integration of enterprise information systems using meta-metadata ontology

机译:使用元元数据本体的企业信息系统语义集成

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This paper proposes a non-domain-specific metadata ontology as a core component in a semantic model-based document management system (DMS), a potential contender towards the enterprise information systems of the next generation. What we developed is the core semantic component of an ontology-driven DMS, providing a robust semantic base for describing documents' metadata. We also enabled semantic services such as automated semantic translation of metadata from one domain to another. The core semantic base consists of three semantic layers, each one serving a different view of documents' metadata. The core semantic component's base layer represents a non-domain-specific metadata ontology founded on ebRIM specification. The main purpose of this ontology is to serve as a meta-metadata ontology for other domain-specific metadata ontologies. The base semantic layer provides a generic metadata view. For the sake of enabling domain-specific views of documents' metadata, we implemented two domain-specific metadata ontologies, semantically layered on top of ebRIM, serving domain-specific views of the metadata. In order to enable semantic translation of metadata from one domain to another, we established model-to-model mappings between these semantic layers by introducing SWRL rules. Having the semantic translation of metadata automated not only allows for effortless switching between different metadata views, but also opens the door for automating the process of documents long-term archiving. For the case study, we chose judicial domain as a promising ground for improving the efficiency of the judiciary by introducing the semantics in this field.
机译:本文提出了一种非域特定的元数据本体,将其作为基于语义模型的文档管理系统(DMS)中的核心组件,这是下一代企业信息系统的潜在竞争者。我们开发的是本体驱动的DMS的核心语义组件,为描述文档的元数据提供了强大的语义基础。我们还启用了语义服务,例如将元数据从一个域自动转换为另一个域。核心语义库由三个语义层组成,每个语义层提供了文档元数据的不同视图。核心语义组件的基础层表示基于ebRIM规范的非特定于域的元数据本体。该本体的主要目的是用作其他特定于域的元数据本体的元元数据本体。基本语义层提供了通用的元数据视图。为了启用文档元数据的特定于域的视图,我们实现了两种特定于域的元数据本体,它们在语义上位于ebRIM之上,服务于特定于域的元数据视图。为了实现元数据从一个域到另一域的语义转换,我们通过引入SWRL规则在这些语义层之间建立了模型到模型的映射。使元数据的语义转换自动化不仅可以轻松地在不同的元数据视图之间进行切换,而且还为自动化长期归档文档的过程打开了大门。对于案例研究,我们选择司法领域作为通过引入该领域的语义来提高司法效率的有希望的基础。

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