“OntoDrive”一个多方法本体驱动框架,用于健康信息学系统分析

Vasilios A. Keramaris, K. Danas
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引用次数: 0

摘要

如今,我们比以往任何时候都更明显地需要一系列的技术和方法技术来改进任何信息系统的系统分析和设计(SAD)。最近,有一个巨大的需求来创建领域词汇和语义,随着认知是描述任何领域的信息在资源描述框架(RDF)和本体(OWL)的形式,这两种类型的数据模型,导致关系和有向图,因此人类和机器同时可以理解所提供的信息。机器使用在线链接和模式匹配,以便以一致和有意义的方式解释它的含义。本体在确保数据的互操作性和一致性方面非常出色,然而,为了改进当前的信息系统(IS),如医院信息系统(HIS),还需要调用许多其他方法。这可以通过瀑布方法和系统分析和设计方法的多重部署来实现,当然,详细的计算本体将被用作表示和共享领域特定知识和数据结构的基础,以确保系统的互操作性和该领域内信息的质量。这个多方法的系统分析和设计框架,被命名为“OntoDrive”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
"OntoDrive" A multi-methodological ontology driven framework for systems analysis of health informatics
Nowadays, more than ever, it is evident that we need a series of technological and methodological techniques in order to improve on the systems analysis and design (SAD) of any informational system. Recently, there is a huge demand to create domain vocabularies and semantics that along with cognition are to describe the information of any domain in the form of Resource Description Framework (RDF) and ontologies (OWL), both types of data models, resulting into relational and directed graphs and as a result both humans and machines simultaneously can understand the information offered, with machines using online links and pattern matching in order to interpret the meaning of it in a consistent and meaningful way. Ontologies are great ensuring interopirability and consistency of data, however in order to improve on current Information Systems (IS) such as Hospital Information Systems (HIS), there are many other methodologies that need to be invoked. This could be achieved with the waterfall approach and multiple deployment of systems analysis and design methodologies and of course detailed computational ontologies that will be used as a basis to represent and share domain specific knowledge and data structures ensuring the interoperability of systems and the quality of information within that domain. This multimethodological systems analysis and design framework, named “OntoDrive” is presented here.
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