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首页> 外文期刊>Journal of Biomedical Semantics >OntoCheck: verifying ontology naming conventions and metadata completeness in Protégé 4
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OntoCheck: verifying ontology naming conventions and metadata completeness in Protégé 4

机译:OntoCheck:在Protégé4中验证本体命名约定和元数据完整性

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Background Although policy providers have outlined minimal metadata guidelines and naming conventions, ontologies of today still display inter- and intra-ontology heterogeneities in class labelling schemes and metadata completeness. This fact is at least partially due to missing or inappropriate tools. Software support can ease this situation and contribute to overall ontology consistency and quality by helping to enforce such conventions. Objective We provide a plugin for the Protégé Ontology editor to allow for easy checks on compliance towards ontology naming conventions and metadata completeness, as well as curation in case of found violations. Implementation In a requirement analysis, derived from a prior standardization approach carried out within the OBO Foundry, we investigate the needed capabilities for software tools to check, curate and maintain class naming conventions. A Protégé tab plugin was implemented accordingly using the Protégé 4.1 libraries. The plugin was tested on six different ontologies. Based on these test results, the plugin could be refined, also by the integration of new functionalities. Results The new Protégé plugin, OntoCheck, allows for ontology tests to be carried out on OWL ontologies. In particular the OntoCheck plugin helps to clean up an ontology with regard to lexical heterogeneity, i.e. enforcing naming conventions and metadata completeness, meeting most of the requirements outlined for such a tool. Found test violations can be corrected to foster consistency in entity naming and meta-annotation within an artefact. Once specified, check constraints like name patterns can be stored and exchanged for later re-use. Here we describe a first version of the software, illustrate its capabilities and use within running ontology development efforts and briefly outline improvements resulting from its application. Further, we discuss OntoChecks capabilities in the context of related tools and highlight potential future expansions. Conclusions The OntoCheck plugin facilitates labelling error detection and curation, contributing to lexical quality assurance in OWL ontologies. Ultimately, we hope this Protégé extension will ease ontology alignments as well as lexical post-processing of annotated data and hence can increase overall secondary data usage by humans and computers.
机译:背景技术尽管策略提供者概述了最少的元数据指南和命名约定,但是当今的本体仍然在类标签方案和元数据完整性中显示本体间和本体内异质性。这个事实至少部分是由于缺少工具或不合适的工具。软件支持可以缓解这种情况,并通过帮助执行此类约定来促进整体本体的一致性和质量。目标我们为Protégé本体编辑器提供了一个插件,可轻松检查是否符合本体命名约定和元数据完整性,并在发现违规情况时进行管理。实施在需求分析中,我们从OBO Foundry内部执行的先前的标准化方法得出的结论中,我们调查了用于检查,整理和维护类命名约定的软件工具所需的功能。相应地,使用Protégé4.1库实现了Protégé选项卡插件。该插件已在六种不同的本体上进行了测试。基于这些测试结果,可以通过集成新功能来完善插件。结果新的Protégé插件OntoCheck允许对OWL本体进行本体测试。特别是,OntoCheck插件有助于清理与词法异质性有关的本体,即强制执行命名约定和元数据完整性,从而满足该工具概述的大多数要求。可以更正发现的违反测试的规则,以促进人工制品中实体命名和元注释的一致性。一旦指定,就可以存储和交换诸如名称模式之类的检查约束,以供以后重用。在这里,我们描述了该软件的第一个版本,说明了该软件的功能和在运行本体开发工作中的用途,并简要概述了其应用带来的改进。此外,我们将在相关工具的上下文中讨论OntoChecks功能,并重点介绍未来可能的扩展。结论OntoCheck插件有助于标签错误的检测和处理,有助于OWL本体的词法质量保证。最终,我们希望此Protégé扩展将简化注释数据的本体排列以及词法后处理,从而可以增加人类和计算机对总体辅助数据的使用。

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