CAJ | 학술논문

系统地介绍了梯级流域水调自动化系统平台的设计目标和平台结构,并从数据整合、应用组件整合及后台集中管理等方面阐述了系统平台的实现。该系统平台采用了面向服务的软件构架,通过减少业务间的耦合关系,实现应用组件整合;通过数据服务中间件,提供统一的数据访问接口,屏蔽了各系统数据存储之间的差异,实现数据资源整合;通过提供Web界面对系统后台运行程序进行集中监视和配置,实现后台程序的集中维护管理。
계통지개소료제급류역수조자동화계통평태적설계목표화평태결구,병종수거정합、응용조건정합급후태집중관리등방면천술료계통평태적실현。해계통평태채용료면향복무적연건구가,통과감소업무간적우합관계,실현응용조건정합;통과수거복무중간건,제공통일적수거방문접구,병폐료각계통수거존저지간적차이,실현수거자원정합;통과제공Web계면대계통후태운행정서진행집중감시화배치,실현후태정서적집중유호관리。
A hydropower dispatching automation system platform for cascade reservoirs is introduced systematically.The application of this platform is described from data integration,component integration,and centralized management of background.This platform with service-oriented software architecture reduces the coupling relationship between the business and achieves the integration of application modules.Through the data service middleware,it provides unified data access interface,shielding the data storage difference of various systems to achieve integration of data resources.And it also provides Web interface to centralized monitor and configure system background operation programs,achieving their centralized maintenance and management.