基于分布式中间件的电力监控系统设计与实现

基于对象的分布式计算技术是当今计算机软件开发的所采用的一种重要技术.与传统开发技术相比,分布式对象技术具有更好的开放性和扩展性.基于对象的中间件是分布式对象技术的良好应用.结合能量管理系统的需要,在分布式对象互操作思想的基础上,对电力监控系统中所采用的分布式中间件技术进行了设计与分析,对电力监控系统中的中间件技术的组织模式、系统流程及实现模式进行了设计,应用cORBA中间件技术对其进行了实现,并在某智能配电自动化有限公司得到了相应的应用.

Research and implementation of electric power monitoring system in distributed middleware technology

Distributed object computing is one of the important technologies during computer software development. Compared with the traditional developing technology, it has better Opening capability and expansibility. Therefore, object oriented middleware is a suitable application in distributed object computing technology. According to the requirement of energy management system based on the theory of inter-operation between distributed objects, the distributed middleware technique used by power monitoring system is analyzed and designed. The organization pattern, system flow and realization pattern of middleware technique in power monitoring system is designed and realized with CORBA middleware. The proposed technique is successfully applied to intelligent distribution automation Co., Ltd.