Kahn C E
Department of Radiology, Medical College of Wisconsin, Milwaukee 53226, USA.
Comput Methods Programs Biomed. 1998 Apr;56(1):31-6. doi: 10.1016/s0169-2607(98)00012-1.
Appropriateness criteria and practice guidelines seek to promote the cost-effectiveness use of medical interventions, and can be most useful when integrated with computer-based patient records and order-entry systems. Building an abstract model (ontology) of appropriateness criteria can require considerable effort among investigators at geographically dispersed institutions. To facilitate the construction and maintenance of ontologies for clinical appropriateness criteria, the author developed an Internet-based system for viewing and editing the knowledge model. The system, called NEON (Network-based Editor for ONtologies), uses the World Wide Web as a platform-independent user interface. NEON allows users to edit the indexing terms and the semantic network that form the ontology for a set of appropriateness criteria. Ontologies built using the system can be imported and exported using an open, internationally standardized format based on the Standard Generalized Markup Language (SGML).
适宜性标准和实践指南旨在促进医疗干预措施的成本效益使用,并且在与基于计算机的患者记录和医嘱录入系统集成时可能最有用。构建适宜性标准的抽象模型(本体)可能需要来自地理上分散机构的研究人员付出相当大的努力。为了便于构建和维护临床适宜性标准的本体,作者开发了一个基于互联网的系统来查看和编辑知识模型。该系统名为NEON(基于网络的本体编辑器),它使用万维网作为与平台无关的用户界面。NEON允许用户编辑索引术语和语义网络,这些构成了一组适宜性标准的本体。使用该系统构建的本体可以使用基于标准通用标记语言(SGML)的开放、国际标准化格式进行导入和导出。