基于动态规划的塔里木河下游水量配置研究

Dynamic Programming in Water Allocation at the Lower Reaches of the Talimu River

以塔里木河5次输水观测资料为基础,以动态规划理论为指导,以大系统优化理论为手段,研究了塔里木河下游5次输水后河道两岸地下水位上升值与单位河长耗水量、不同地下水位埋深对应的高程与生态改善面积等之间的关系,建立了塔里木河下游输水量在各研究区合理配置的数学模型,并求解出各研究区合理配置的水量.

The relationships between the ground water rise and the water consumption per bank length, the ground water depth and the improvied ecological area, were studied by using observied data of 5 time input water to Talimu River, dynamic planning theory and great system optimization theory. The mathematics mode of input water on Talimu River was contructed and water allocation in different research area was computed.