信息物理生产系统工程中DevOps的挑战与机遇

I. Koren, Felix Rinker, Kristof Meixner, Jasminka Matevska, Jörg Walter
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引用次数: 1

摘要

DevOps是一组实践,它结合了软件开发和操作,使软件产品生命周期持续,从而提高软件系统的质量。尽管DevOps被认为在典型的软件系统中是成功的,但它还没有在物理生产系统(CPPSs)领域得到广泛采用,CPPSs将物理组件与基于计算机的控制和通信系统集成在一起。与工业环境相关,出现了许多新的挑战,如长期投资,在重资产生产环境中缺乏灵活性,以及硬件的固有物理性。本文研究了DevOps方法在制造领域的使用。它识别并讨论了独特的挑战,并根据文献和行业经验描述了克服这些挑战的第一个解决方案建议。本文为研究人员和实践者提供了关于潜在缺陷和令人兴奋的机会的有用指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges and Opportunities of DevOps in Cyber-Physical Production Systems Engineering
DevOps is a set of practices that combines software development and operations to enable a continuous software product life cycle to improve the quality of software systems. Although DevOps is considered successful for typical software systems, it has not yet been widelyadopted in the area of - Physlcal Production Systems (CPPSs) that integrate physical components with computer-based control and communication systems. Related to industrial settings, many new challenges arise, like long-term investments, missing flexibility in asset-heavy production environments, and the inherent physicality of hardware. This paper examines the use of the DevOps methodology in the manufacturing domain. It identifies and discusses the unique challenges and describes first solution proposals to overcome those challenges, based on literature and experiences from the industry. The article provides useful guidance to researchers and practitioners on potential pitfalls and exciting opportunities.
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