arXiv:2507.12311cs.IR2025-07

解决工业级语义网应用中的本体互操作难题

Ontology Interoperability: A Comprehensive Framework for Industrial-Scale Applications

  • 分设计、开发、部署三阶段使用三种先进语义技术
  • 通过本体模式、匹配与版本管理提升兼容性
  • 适合大规模企业级知识系统开发者参考

不同本体因概念冲突与重叠,给本体驱动型应用的设计、开发和部署带来严重困扰。本文提出一个面向工业规模本体驱动应用的综合性本体互操作框架。该框架在本体工程(OE)生命周期的不同阶段,分别采用三种前沿语义技术:设计阶段使用本体设计模式(ODPs),开发阶段采用本体匹配与版本管理(OM&OV),部署阶段实施本体验证(OVA),以实现更优的本体互操作性。

原文摘要 · Abstract (English)

Different ontologies with conflicting and overlapping concepts cause havoc in the design, develop, and deploy of ontology-driven applications. In this work, we propose a comprehensive ontology interoperability framework for industrial-scale ontology-driven applications. The framework employs three state-of-the-art semantic techniques in different phases of the ontology engineering (OE) life cycle: ontology design patterns (ODPs) in the design phase, ontology matching and versioning (OM\&OV) in the develop phase, and ontology validation (OVA) in the deploy phase, to achieve better ontology interoperability.

本体互操作知识图谱语义网工业应用

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