基于上下文的本体描述系统的互操作性

H. Benali, Narjès Bellamine Ben Saoud, M. Ahmed
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引用次数: 8

摘要

系统的系统(so)的概念提供了一个高层次的视角来解释独立子系统之间的交互。在SoS的上下文中,互操作性问题是至关重要的,特别是在集成多个异构和独立治理的系统时。任何解决方案都自然地应用于解决精确上下文中的问题,其中上下文特异性被隐式或显式地处理。在本文的范围内,我们考虑到上下文的概念,解决了SoS互操作性知识描述问题。为了构建这种描述,我们提出了本体设计模式(odp)来描述SoS互操作性领域中的“上下文”概念。这些odp是基于用于“上下文”描述的基础本体(basic Ontology, FO)定义的。最后以交通管理领域为例说明了该本体的实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Context-based ontology to describe System-of-Systems Interoperability
The concept of System-of-Systems (SoS) presents a high level perspective that explains the interactions between independent subsystems. In the context of SoS, the issue of interoperability is crucial especially when integrating multiple heterogeneous and independently governed systems. Any solution is naturally applied to resolve a problem in a precise context, where context specificities are implicitly or explicitly processed. In the scope of this paper, we tackle the problem of SoS interoperability knowledge description taking into account the notion of context. To structure this description, we propose ontology design patterns (ODPs) that describe the notion of “context” in the field of SoS Interoperability. These ODPs was defined based on a Foundational Ontology (FO) for “Context” description. An example in the field of Traffic management is given to illustrate the practical usefulness of the proposed ontology.
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