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Ontology mediation to rule them all: Managing the plurality in product service systems

机译:本体调解统治它们全部:管理多个产品服务系统

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The lifecycle of a product is managed not only through the Product Lifecycle Management (PLM), but needs to integrate with product services into a Product Service System (PSS). The related activities are performed throughout the entire lifecycle and require sharing information among tools of the different product lifecycle phases. When extending collaboration of PLM with services as integrated within a PSS, the physical product is linked with a vastly extended universe of information during the PSS lifecycle. To achieve robust and maintainable PSS the interoperability must be fulfilled between the physical products related data sources and the relevant services. To meet that end, we use ontologies to define a formal semantic for information sources and targets. Each tool or data source can use its own ontology independently of the other tools and sources, creating the potential of an unmanageable universe of data. Yet, the benefit is that components of the PSS have weak dependencies among them which leads to an open and flexible system that can easily evolve and adapt. This paper focuses on the provision of ontology driven services including the transformation of product related data into different ontologies and the aggregation of different data source specific ontologies to a holistic PSS universe with no specific ontology in its core. We present two approaches that implement ontology mediation (also termed "semantic mediation") as a variant of ontology matching since the level of matching can be rather complex. The application of this technology is also demonstrated in related domains, showing its potential when applied in PSS that is presently an ongoing research within the PSYMBIOSYS EU project. In consequence, the applicable data integration and ontology matching approaches are the hand tools to instantiate sustainable PSS into the market.
机译:产品的生命周期不仅通过产品生命周期管理(PLM)而管理,而且需要将与产品服务集成到产品服务系统(PSS)中。在整个生命周期中进行相关活动,并在不同产品生命周期阶段的工具之间进行共享信息。在将PLM的合作扩展到PSS内集成的服务时,物理产品在PSS生命周期内与大量扩展的信息相关联。为了实现稳健和可维护的PSS,必须在物理产品相关数据源和相关服务之间满足互操作性。为了满足该结束,我们使用本体来定义信息来源和目标的正式语义。每个工具或数据源都可以独立于其他工具和源使用自己的本体,从而创造了无管理宇宙的潜力。然而,好处是PSS的组件在它们之间具有较弱的依赖性,这导致了可以容易地发展和适应的开放和灵活的系统。本文侧重于提供本体驱动服务,包括将产品相关数据的转换为不同的本体和不同数据源特定本体的聚合,以及其核心没有特定本体的整体PSS宇宙。我们提出了两种方法,即实施本体调解(也称为“语义调解”)作为本体匹配的变种,因为匹配水平可能相当复杂。该技术的应用也在相关领域中展示,显示其在PSS中应用的潜力,目前是PSYMBIOSYS欧盟项目中的正在进行的研究。因此,适用的数据集成和本体匹配方法是将可持续PSS进入市场的手动工具。

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