云信息物理系统的OPC UA实现

Václav Jirkovský, Petr Kadera, Marek Obitko
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引用次数: 3

摘要

云信息物理系统是嵌入式系统的自然演变,基于在各个领域可以观察到的趋势。基于云的系统可以理解为将遗留系统硬件和软件架构转换为更灵活、健壮、强大和可靠的解决方案。云网络物理系统(CPS)是众所周知的CPS概念的扩展,其中复杂的计算可以移动到云平台。我们提出的解决方案得益于OPC UA标准的利用。该标准为数据模型设计以及安全通信、数据订阅和触发方法提供了丰富的表达能力。在提出和实现的语义大数据历史上演示了总体方法,该方法与云CPS概念的网络物理系统实现一起形成。
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OPC UA Realization Of Cloud Cyber-Physical System
Cloud cyber-physical systems are the natural evolution of embedded systems based on trends which may be observed in various domains. Cloud-based systems may be understood as a transformation of legacy system hardware and software architecture into more flexible, robust, powerful, and reliable solution. Cloud cyber-physical system (CPS) is the extension of the well-known CPS concept where complex computations may be moved to a cloud platform. We proposed the solution which benefits from utilization of OPC UA standard. This standard provides rich expressivity for data model design as well as for secure communication, data subscription, and triggering methods. The overall approach is demonstrated on proposed and implemented Semantic Big Data Historian which forms together with a cyber-physical system the implementation of cloud CPS concept.
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