Li Q, Shilane P, Noy N F, Musen M A
Stanford Medical Informatics, Stanford University, Stanford, CA 94305-5479, USA.
Proc AMIA Symp. 2000:497-501.
Electronic knowledge representation is becoming more and more pervasive both in the form of formal ontologies and less formal reference vocabularies, such as UMLS. The developers of clinical knowledge bases need to reuse these resources. Such reuse requires a new generation of tools for ontology development and management. Medical experts with little or no computer science experience need tools that will enable them to develop knowledge bases and provide capabilities for directly importing knowledge not only from formal knowledge bases but also from reference terminologies. The portions of knowledge bases that are imported from disparate resources then need to be merged or aligned to one another in order to link corresponding terms, to remove redundancies, to resolve logical conflicts. We discuss the requirements for ontology-management tools that will enable interoperability of disparate knowledge sources. Our group is developing a suite of tools for knowledge-base management based on the Protégé-2000 environment for ontology development and knowledge acquisition. We describe one such tool in detail here: an application for incorporating information from remote knowledge sources such as UMLS into a Protégé knowledge base.
电子知识表示正以形式化本体和不太正式的参考词汇表(如UMLS)的形式变得越来越普遍。临床知识库的开发者需要重用这些资源。这种重用需要新一代的本体开发和管理工具。几乎没有或没有计算机科学经验的医学专家需要能够使他们开发知识库并提供不仅能直接从形式化知识库而且能从参考术语表导入知识的功能的工具。从不同资源导入的知识库部分然后需要相互合并或对齐,以便链接相应的术语、消除冗余、解决逻辑冲突。我们讨论了实现不同知识源互操作性的本体管理工具的要求。我们的团队正在基于用于本体开发和知识获取的Protégé-2000环境开发一套知识库管理工具。我们在此详细描述其中一个这样的工具:一个用于将来自诸如UMLS等远程知识源的信息合并到Protégé知识库中的应用程序。