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Semantic interoperability in the OR.NET project on networking of medical devices and information systems amp;#x2014; A requirements analysis

机译:在医疗设备和信息系统网络网络上的语义互操作性和信息系统—需求分析

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OR.NET is the German national flagship project on networking of medical devices and information systems. Its objective is to define, implement and validate a standard-based integration solution for safe and dynamic networking of devices and systems in the operating room and its clinical surroundings. An important part of this project is to ensure semantic interoperability. Besides standardized inter-device communication, this task needs an engine for semantic mediation between heterogeneous communication partners. This work analyses the requirements that need to be satisfied by such an engine. It will have to transform messages between different forms of standardized representation in the operational environment of an open communication framework. Especially the information exchange between devices and information systems will be dependent on the engine's reliable and verifiable semantic mediation. Being deployed on an embedded device in a service-oriented architecture based on web services, the component will have to comply not only with international healthcare standards and medical device directives but also with W3C specifications to provide and describe its capabilities. In the future, the semantic interoperability engine could be extended to a general ontology-based framework, further promoting and supporting device integration based on standards in the surgery domain.
机译:Or.net是德国国旗上关于网络的医疗设备和信息系统的项目。其目标是定义,实施和验证用于操作室内设备和系统的安全和动态网络的基于标准的集成解决方案及其临床环境。该项目的一个重要部分是确保语义互操作性。除了标准化的设备间通信外,该任务还需要发动机,用于异构通信合作伙伴之间的语义调解。这项工作分析了这种发动机需要满足的要求。它必须在开放通信框架的操作环境中转换不同形式的标准化表示之间的消息。特别是设备和信息系统之间的信息交流将取决于发动机可靠和可核性的语义调解。在基于Web服务的面向服务的体系结构上部署在嵌入式设备上,该组件不仅必须遵守国际医疗标准和医疗设备指令,还必须遵守W3C规范,以提供和描述其功能。将来,语义互操作性发动机可以扩展到基于一般本体论的框架,进一步促进和支持基于手术结构域中标准的设备集成。

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