Integration of heterogeneous engineering environments for the automation systems lifecycle

S. Biffl, Alexander Schatten, Alois Zoitl
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引用次数: 89

Abstract

Production systems will become increasingly complex to handle flexible business processes and systems. Engineering systems and tools from several sources have to cooperate for building agile component-based systems. While there are approaches for the technical integration of component-based industrial automation systems, there is only little work on the effective and efficient integration of engineering tools and systems along the automation systems lifecycle. In this paper we introduce the concept of the “Automation Service Bus” (ASB) based on technical and semantic integration concepts for general software engineering tools and systems. Based on real-world use cases from automation systems engineering we discuss the state of the art, innovation benefits and limitations of the ASB concept, and derive research issues for further work.
自动化系统生命周期异构工程环境的集成
为了处理灵活的业务流程和系统,生产系统将变得越来越复杂。来自不同来源的工程系统和工具必须协作才能构建敏捷的基于组件的系统。虽然有基于组件的工业自动化系统的技术集成方法,但沿着自动化系统生命周期有效和高效地集成工程工具和系统的工作很少。本文基于通用软件工程工具和系统的技术和语义集成概念,介绍了“自动化服务总线”(ASB)的概念。基于来自自动化系统工程的真实用例,我们讨论了ASB概念的现状、创新的好处和局限性,并为进一步的工作导出了研究问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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