摘要随着智能制造的兴起，MES 系统将成为制造业贯通物理空间与虚拟空间的使能器，现有 MES 系统在架构设计中不足以满足爆发式、颠覆式的业务需求。提出了一种基于微服务的MES系统架构，由交互层、决策层、数据层、感知层 4 个层次构成，由事件中心连接各个层次，由 IT 模型和支撑平台提供基础设施。阐述了 MES–MSA 架构的关键技术，给出了该架构的一些应用场景，有效解决了现有系统架构耦合度高、扩展性不强、集成困难等技术问题的同时，满足了智能制造对 MES 系统业务上的新要求。
Abstract：With the rise of intelligent manufacturing, the MES system will become an enabler for the manufacturing industry to integrate physical space and virtual space. The existing MES system is insufficient in its architecture design to meet explosive and disruptive business needs. This paper proposes a MES system architecture based on microservice, which is composed of interaction layer, decision layer, data layer and perception layer. Each layer is connected by event center, and infrastructure is provided by IT model and supporting platform. This paper expounds the key technologies of MES–MSA architecture, and gives some application scenarios of this architecture. It effectively solves the technical problems of the existing system architecture, such as high coupling degree, weak expansibility and difficulty in integration, and meets the new requirements of intelligent manufacturing for MES system business.
作者简介: 欧阳森山，高级工程师，硕士，研究方向为大数据技术和系统架构设计。
引用本文:
欧阳森山，雷浩，陈琛，彭春. 基于微服务的 MES–MSA架构研究[J]. 航空制造技术, 2021, 64(20): 47-55.
OUYANG Senshan, LEI Hao, CHEN Chen, PENG Chun. Research on MES–MSA Architecture Based on Microservices. Aeronautical Manufacturing Technology, 2021, 64(20): 47-55.
2021, 
