摘要
针对传统水资源配置模式存在可操作性差、难以实现动态、无法适应发展变化等问题,本文提出了基于综合集成平台的水资源动态配置新模式。该模式以综合集成平台为支撑,采用知识图可视化的表示水资源配置系统网络图及配置业务流程,运用组件技术将配置模型方法组件化,通过知识图、组件可灵活、快速的搭建水资源配置系统。实例运用结果表明,水资源动态配置系统将水资源配置工作智能化、可视化,将计算过程组件化、动态化,工作方式更为实用。由此看出,水资源动态配置模式具有可操作性、动态性,能适应水资源配置及管理的发展变化。
This paper presents a new dynamic configuration model on an integrated service platform of water resources to overcome the problems of traditional water resources allocation in poor operability and difficulty in dynamic implementation and development. On the meta-synthesis platform, a water resources allocation system can be flexible and rapid to construct, and this model visualizes water resources network and configuration business process on the knowledge graph and componentizes the allocation model with component technology. Application shows that the water resources dynamic configuration system of the model is more practical in two aspects, an intelligentized and visualized configuration, and a dynamic and componentized calculation process. Thus, the new model, in view of its dynamic and maneuverable features, is able to adapt to dynamic development of water resources allocation and management.
出处
《水力发电学报》
EI
CSCD
北大核心
2014年第6期68-77,共10页
Journal of Hydroelectric Engineering
基金
国家自然科学基金项目(51109175)
陕西省科技攻关计划项目(2012K06-20)
陕西省教育厅省级重点实验室项目(12JS066)
陕西省教育厅科研计划项目资助(12JK0472)
关键词
水资源动态配置
知识图
组件
综合集成
water resources dynamic allocation
knowledge map
component
comprehensive integration
