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Ontology-based web service integration for flexible manufacturing systems

机译:用于柔性制造系统的基于本体的Web服务集成

摘要

This paper presents an approach to enabling ontology-based web service integration for flexible manufacturing systems based on industry 4.0 demonstration production line. The mass personalized customization requires increased agility and flexibility in manufacturing systems to adapt incessant changes in manufacturing environments and requirements. The fundamental for this method lies in the incorporation of knowledge expressed by ontologies concerning order, products, industrial equipment, manufacturing process, event and service. It is a significant method to use ontology for representing manufacturing knowledge in a computer-interpretable way. This knowledge model can be used by automated decision-making to configure the control component that monitors and harmonizes the whole manufacturing system. The semantic model of the flexible manufacturing systems can be automatically updated based on event notifications sent by the specialized web services. The architecture and knowledge model have been demonstrated in a pilot case named industry 4.0 demonstration production line and can be applied to other flexible manufacturing systems.
机译:本文提出了一种基于工业4.0演示生产线的,用于柔性制造系统的,基于本体的Web服务集成的方法。大规模的个性化定制要求制造系统具有更高的敏捷性和灵活性,以适应制造环境和要求的不断变化。该方法的基础在于结合由本体论表达的有关订单,产品,工业设备,制造过程,事件和服务的知识。使用本体以计算机可解释的方式表示制造知识是一种重要的方法。自动化决策可以使用此知识模型来配置监视和协调整个制造系统的控制组件。可以基于专用Web服务发送的事件通知来自动更新柔性制造系统的语义模型。该架构和知识模型已在名为工业4.0示范生产线的试验案例中进行了演示,并且可以应用于其他灵活的制造系统。

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