摘要
通过对电网调控系统事故追忆应用的微服务改造,提出了基于现有SOA和微服务混合架构的事故追忆部署模式,有效提高用户事故分析研究的快速响应。根据PDR事故追忆系统的功能需求,构造了电网模型CASE管理、应用数据反演管理和人机交互管理三个功能独立的微服务,各个微服务都可以在独立Docker容器中运行。满足了PDR应用用户资源需求动态、弹性调整的需求,既易于在云平台计算资源上部署,也可以满足瘦C/S客户端和Web客户端的部署需求。
This paper proposes a post disturbance review(PDR)development architecture based on the existing SOA and microservice hybrid architecture.Through the microservice transformation of the PDR application,it effectively improves the rapid response of user research requirement.Three microservices functions are constructed,including CASE management,PDR data management and human-computer interaction management.Each microservice can run in an independent Docker container.It meets the requirements of dynamic and flexible adjustment of equipment resource requirements,and is also easy to deploy on cloud platform computing resources,and can meet the deployment requirements of thin C/S client and Web client at the same time。
出处
《工业控制计算机》
2023年第10期148-149,152,共3页
Industrial Control Computer
关键词
事故追忆
微服务
SOA
容器
post disturbance review(PDR)
microservice
service-oriented architecture(SOA)
container
