A Survey: Microservices Architecture in Advanced Manufacturing Systems

Aydin E. Homay, Alois Zoitl, M. Sousa, M. Wollschlaeger
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引用次数: 8

Abstract

Plug & Produce is an important part of the 4th industrial revolution (I4.0) that focuses on product development and production scenarios, demanding rapid adaptation to customer needs, with minimum effort, and no business interruption. Achieving this requires the use of flexible and agile automation systems. Microservices Architecture can be an opportunity to bring such flexibility and agility to industrial automation systems. Since Microservices Architecture is a new paradigm in service-oriented systems, an in-depth analysis from the industrial automation perspective is necessary in order to figure out why and how this new architecture could be helpful to build flexible automation systems. In this paper we first clearly describe and characterize the Microservices Architecture. We next discuss an existing paradox in microservice granularity, and suggest an approach to solve the mentioned paradox. Then we compare this new approach to the Service Oriented Architecture, highlight the key (dis)advantages of utilizing Microservice Architecture in building flexible automation systems that fits in 4th industrial revolution needs, and describe the challenges to its future adoption.
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综述:先进制造系统中的微服务架构
即插即用是第四次工业革命(I4.0)的重要组成部分,它专注于产品开发和生产场景,要求以最小的努力快速适应客户需求,并且不会中断业务。实现这一点需要使用灵活和敏捷的自动化系统。微服务架构可以为工业自动化系统带来这样的灵活性和敏捷性。由于微服务架构是面向服务的系统中的一种新范式,因此有必要从工业自动化的角度进行深入分析,以便弄清楚这种新架构为什么以及如何有助于构建灵活的自动化系统。在本文中,我们首先清晰地描述和描述了微服务架构。接下来,我们将讨论微服务粒度中存在的一个悖论,并提出一种解决上述悖论的方法。然后,我们将这种新方法与面向服务的体系结构进行了比较,强调了利用微服务体系结构构建适应第四次工业革命需求的灵活自动化系统的关键(缺点)优势,并描述了未来采用微服务体系结构的挑战。
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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