CAJ | 학술논문

通过标准化建模、水资源规划与实时管理一体化设计、两层与三层供水体系一体化处理、区域或流域水资源配置模式选择等技术实现系统的通用性；围绕水资源配置的基本问题，采取问题导向型设计，保障系统的多功能性；基于水资源系统基本元素、模型结构与计算码、拓扑关系分离，提升系统的可扩充性；通过友好型界面设计、便捷化操作、可视化配置、情景模拟等技术研发实现系统的实用性。将开发的水资源决策支持系统运用在江苏沿海围垦区水资源综合管理中，结果表明系统实用、可靠，应用效果较好。
통과표준화건모、수자원규화여실시관리일체화설계、량층여삼층공수체계일체화처리、구역혹류역수자원배치모식선택등기술실현계통적통용성；위요수자원배치적기본문제，채취문제도향형설계，보장계통적다공능성；기우수자원계통기본원소、모형결구여계산마、탁복관계분리，제승계통적가확충성；통과우호형계면설계、편첩화조작、가시화배치、정경모의등기술연발실현계통적실용성。장개발적수자원결책지지계통운용재강소연해위은구수자원종합관리중，결과표명계통실용、가고，응용효과교호。
Universality was achieved through standardization modeling, water resource planning and real-time management integration design, two and three layer water supply system design, regional or basin water resource allocation mode choice; versatility was guaranteed by focusing on the basic problem of water resources allocation and taking the problem-oriented design;scalability was improved, which was based on the basic elements of water resource system, model structure and computation code and the separation of topological relationship; practicality was realized through the design of friendly interface, convenient operation, visual configuration, scenario simulation and other technology.The application in the comprehensive management of water resources in Jiangsu coastal reclamation area showed that the system was practical, reliable and had good application effect.