1) distributed hydrological modeling
分布式水文模拟
1.
Flow routing method and its application in distributed hydrological modeling;
分布式水文模拟汇流方法及应用
2) Distributing hydrology-soil-vegetation model
分布式水文模式
3) distributed hydrologic model
分布式水文模型
1.
Discussion of theory and methods for building a distributed hydrologic model;
分布式水文模型构建理论与方法述评
2.
One arithmetic of the grids conflux order in the distributed hydrologic model based on Muskingum method
基于马斯京根法的分布式水文模型求解栅格汇流次序
3.
Studying the needed catchment information of model based on study of distributed hydrologic model,in order to obtain the needed parameter information for designing the procedure to extract the catchment information,giving a serial number for each drainage system according to the water chain and obtaining the subcatchement based on water chain,some programms were developed.
为得到分布式水文模型所需要的参数,开发了程序进行流域信息提取,对得到的水系按水链进行编号,进而得到以水链为基础的子流域坡面。
4) distributed hydrology model
分布式水文模型
1.
However,after dividing vertical layers and horizontal grids to the watershed,a distributed hydrology model established based on the physical foundation and runoff producing theory could analyse the mutual effect and coupling simulation about surface water and ground water with considering hydraulic connection of different runoff components.
而分布式水文模型基于其精确的物理基础和产流机制,充分考虑到不同径流成分的水力联系,在对流域进行土壤垂直分层和水平网格划分后可进行地表水、地下水的交互作用分析与耦合模拟。
5) distributed hydrological model
分布式水文模型
1.
Studies on mountain flood warning system based on distributed hydrological model and its application;
基于分布式水文模型的山洪灾害预警预报系统研究及应用
2.
An application study of distributed hydrological model based on the effect of grid aspect;
基于网格坡向要素影响的分布式水文模型研究应用
3.
An application study on distributed hydrological model based on aspect estimation;
基于坡向判断的分布式水文模型研究应用
6) Distributed hydrological models
分布式水文模型
1.
Based on the researches about distributed hydrological models in the past two decades, this paper reviews the progress in the following five aspects: 1) the common structure of distributed hydrological models; 2) the relation between distributed hydrological models and GIS and RS.
分布式水文模型是当前水文建模领域最为活跃的研究方向,是解决流域水文、生态和环境问题的有效的途径。
2.
With the development of Information Technology and Remote Sensing Technology, Distributed Hydrological Models are becoming the trend of Hydrological Models due to their abilities to incarnate the spatial variation of hydrological factors and parameters.
随着信息、遥感等技术的发展,分布式水文模型以其充分考虑水文要素和各种参数空间变化的特点正成为水文模型的发展趋势。
3.
River network and related watershed information directly derived from DEM, is the basis of development and application of distributed hydrological models.
从数字高程模型(Digital Elevation Models)直接提取河网及相关流域信息,是分布式水文模型开发与应用的基础。
补充资料:分布交互式模拟训练
分布交互式模拟训练
distribution-alternation simulated training
:fenbu iiaohtlshi moni XLInlian分布交互式模拟训练(distTibution—a1一teInati’on simulated training) 依托分布交互式模拟系统进行的训练。分布交互式模拟训练系统,包括联网形成的可以互操作的多武器平台模拟器一体化训练系统,及多个具有自治性的不同军种、兵种计算机仿真兵力模型,在具备独立作战模拟能力的同时,又通过聚合层交互协议(ALSP)联网在本地或远程异地形成各模型可以互操作的多军种、兵种一体化训练系统。其特点是通过ALsP将各军种、兵种的计算机仿真兵力模型、各类武器平台模拟器在异地联为一体,可在同一时间、不同地点实施多军种、兵种,多指挥层次,多训练课题的演练。 美军从1983年开始实施模拟器联网计划,继而发展为分布交互式模拟技术,还在指挥训练模拟系统的发展上推进诸军种模型一体化的建设,并从1 994年起连续实施战场综合模拟演练。80'41:代中期,中国人民解放军有关科研单位先后研制了一批计算机战役战术模拟训练系统,并陆续开展了作战指挥模拟训练。90年代初,总参谋部组织军队多所院校和科研单位联合研制出“分布交互式作战指挥训练模拟系统”。从1998年开始,陆续在一些部队展开分布交互式模拟训练导演控制中心韦手.慈日..酬荡日...困歌谋部布交上对互式J。训夏统,导受置与同环上的题拟,导受直至方法业的的方、方组织,建成方用该进行用。冻组落或计与布交映战吓境分布交互式模拟训练。2000年,总鑫在“砺剑一2000”活动中,又利用支互式模拟训练系统组织部队进行了冈抗演习。 分布交互式模拟训练是在分布乡模拟系统的支持下,按作战进程进行l练组织者采用随机导演的方法控制-通过人机结合提供仿真战场情况,诊训人员进行训练。受训人员的各项刘操作又通过不同界面反馈到分置于才境的各仿真模型中,各模型通过网经互操作,共同完成一体化的作战行动其结果又形成新的实时战场情况,谩训人员进行新的训练,如此循环往复训练结束。
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