1) water resources dispatch and management system
水资源调度管理系统
1.
To illustrate the modeling and simulating process of the analyzing and forecasting on the complex system,the examples of the application of Swarm in a water resources dispatch and management system are given out.
建立了基于Swarm的某水资源调度管理系统的预测分析模型,仿真实验结果表明,Swarm平台非常适合于复杂系统的建模仿真。
3) water resources operation and management
水资源调度管理
1.
Based on the current situation of water resources in Xi’an region, a commentary on many math models for water resources operation and management is given, and the visual model is provided to solve practical problems.
针对西安地区水资源现状 ,在分析研究水资源调度管理一般模型的基础上 ,提出了求解实际问题的可视化模型。
4) water resources systemic coordination
水资源系统调度
1.
This article has identified the conception of water resources system and water resources system coordination, introduced the study circumstance about the water resources systemic coordination,and discussed its future development.
本文研究了水资源系统和水资源系统调度的概念,对国内外水资源系统调度的研究进行了评述,并且指出了水资源系统调度研究的发展方向。
5) Water resources dispatch system
水资源调度系统
6) water resources administration system
水资源管理系统
1.
This paper intends to apply the middleware technology to resolve the problems of inflexible development mode and expensive cost in the past GIS development tools,and introduces the principle of middleware technology,as well as the software and design of the Yichang Huangbohe valley and Dongfeng irrigation region water resources administration system(YHV-DIRWRAS).
立足于通过利用目前计算机界较流行的中间件技术(middleware)来解决以往GIS开发工具由于其不灵活的开发方式及昂贵的代价所造成的问题,介绍了中间件技术原理,并以宜昌市黄柏河流域和东风渠灌区水资源管理系统(Yichang Huangbohe valley and Dongfeng irrigation region water resource administration system,简称YHV-DIRWRAS)的设计和实现为例,介绍了应用中间件技术的GIS(地理信息系统)的研究与实践。
2.
With respect to the current status and problems encountered in the development of water resources administration system,this paper introduces the double life-cycle model,brings forward the different development mode of water resources administration system after the study of the specific technology such as domain engineering and software architecture.
根据在水资源管理系统应用开发中的现状和遇到的问题,通过对相关解决技术如领域工程,软件体系架构技术等的研究与分析,介绍了双重生命周期模型,提出了开发水资源管理系统的不同开发模式,以及领域工程所处的位置。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条