CAJ | 학술논문

阐述了我国流域防洪调度系统研究与应用的现状及存在的问题,提出基于B/S+C/S模式的防洪调度决策支持系统的解决方案.利用桥模式、保护代理模式和Hibernate等先进技术实现了系统设计并完成了系统开发,减少了用户界面、业务逻辑、权限管理和数据库几者之问的强耦合关系.较之目前广泛存在的重复开发、资源浪费现状,新方法不仅使两模式的成果得到最大程度的复用,还提高了系统的运行效率.该系统成功运用于辽浑太流域防洪调度决策支持系统,运行结果表明整个系统具有很强的可移植性、通用性与可扩展性.
천술료아국류역방홍조도계통연구여응용적현상급존재적문제,제출기우B/S+C/S모식적방홍조도결책지지계통적해결방안.이용교모식、보호대리모식화Hibernate등선진기술실현료계통설계병완성료계통개발,감소료용호계면、업무라집、권한관리화수거고궤자지문적강우합관계.교지목전엄범존재적중복개발、자원낭비현상,신방법불부사량모식적성과득도최대정도적복용,환제고료계통적운행효솔.해계통성공운용우료혼태류역방홍조도결책지지계통,운행결과표명정개계통구유흔강적가이식성、통용성여가확전성.
Based on summarizing the current progresses and existing problems in basin-wide flood control decision-making system in China, a new flood operating system with B/S + C/S mixed mode was developed. In this system, Hibernate technique is used for dividing business layer and database.Bridge Mode is used to separate interface and business operation. Proxy technique serves for managing system users/authorities. Comparing with other current systems, the new system not only promotes efficiency by reducing close links among interfaces, business operation, system users authorities and database, but also reduplicates software programming. The successful application of these techniques to Liao-Hun-Tai River Basin flood control decision-making support system shows that this system can be easily removed, extended and used in other systems.