智能制造中的软件架构:回顾与经验

International Workshop on Advanced Information and Computation Technologies and Systems Pub Date : 2021-05-05 DOI:10.47350/AICTS.2020.19

Ž. Stojanov, D. Dobrilović, Gordana Jotanović, D. Peraković, Goran Jauševac, V. Brtka

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引用次数: 1

摘要

基于异构和分布式设备、应用和服务的信息物理系统是智能工厂的核心。智能制造系统高度依赖于软件应用程序和服务，这些应用程序和服务能够集成来自不同和异构来源的数据，并支持控制和管理流程。在智能工业环境中开发和实现特定的体系结构风格和模式对于它们的性能至关重要。讨论了工业4.0环境中使用的几种软件架构风格，并用文献中的例子进行了说明。我们的经验与原型的智能传感器为基础的分层架构提出和讨论。进一步的工作将针对面向服务的体系结构的开发和老式工业环境的再工程方法。

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Software architectures in smart manufacturing: Review and experiences

Cyber-physical systems based on heterogeneous and distributed devices, applications and services are the core of smart factories. Smart manufacturing systems are highly dependent on software applications and services that enable integration of data from different and heterogeneous sources, as well as support for control and management processes. Development and implementation of specific architecture styles and patterns in smart industrial settings is essential for their performance. Several software architecture styles used in Industry 4.0 environments are discussed and illustrated with examples from literature. Our experience with a prototype of a smart sensor-based layered architecture is presented and discussed. Further work will be directed towards development of service oriented architectures and reengineering method for old fashioned industrial settings.

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International Workshop on Advanced Information and Computation Technologies and Systems

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