摘要
为有效降低电力系统应用软件的复杂度,提高它的开放性、复用性和集成性,使之便于升级、维护,在分析电力系统及EMS的基础上,结合软件体系结构和组件技术的有关原则,对传统的应用软件进行分层和组件划分,提出了一种基于复用组件的电力系统软件体系结构,并进一步分析以说明它的优点。这种体系结构有两个主板式基础应用组件,组件间基于软件总线进行信息交互。
In order to reduce effectively the complexity of power system application software, and make it more compatible, compositive, reusable, and more easy to upgrade and maintenance, after analyzing power system and EMS, based on the related principles of software architecture and component technique, the traditional power system application software is delaminated and decomposed in components. Then a power system software architecture based on reusable components is proposed, and its advantages are pointed out by further analysis. The architecture contains two basic application components of mainboard-style, and its components communicate on the software bus.
出处
《继电器》
CSCD
北大核心
2005年第2期39-42,共4页
Relay
关键词
电力系统
软件体系结构
复用组件
软件总线
power system
software architecture
reusable component
software bus
