迈向跨领域语义互操作生态系统

M. Tosic, Fábio Coelho, B. Nouwt, David Emanuel Rua, Aleksandar Tomcic, Saša Pesic
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引用次数: 0

摘要

越来越多的物联网设备和数字服务为越来越多的利益相关者提供了跨域传感和控制的机会。跨领域数字服务的提供需要互操作性,这是在推断知识和允许新的数据驱动服务的同时,桥接领域细节的关键推动者。这项工作涉及H2020互联互通项目的互操作性框架,突出了语义网技术的使用。提出了互操作框架的分层,特别是将语义互操作层作为其基石,通过分布式知识库联合构建跨域数字服务的互操作生态系统。从通用的、本体不可知的方法出发,它可以适应任何跨域用例,通过考虑SAREF本体家族来验证该方法,展示物联网和能源跨域用例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a Cross-domain Semantically Interoperable Ecosystem
The increasing number of IoT devices and digital services offers cross-domain sensing and control opportunities to a growing set of stakeholders. The provision of cross-domain digital services requires interoperability as a key enabler to bridge domain specifics, while inferring knowledge and allowing new data-driven services. This work addresses H2020 InterConnect project's Interoperability Framework, highlighting the use of semantic web technologies. The interoperability framework layering is presented, particularly addressing the Semantic Interoperability layer as its cornerstone to build an interoperable ecosystem of cross-domain digital services via a federation of distributed knowledge bases. Departing from a generic, ontology-agnostic approach that can fit any cross-domain use case, it validates the approach by considering the SAREF family of ontologies, showcasing an IoT and energy cross-domain use case.
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