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Optimum Management of Existing Surface Water Resources and Land of a Water logged Area Using DP Model

机译：基于DP模型的淹水区现有地表水资源和土地优化管理。

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The main objective of the study was to develop a model to obtain an optimal reservoir operating policy for irrigation of multiple crops with stochastic inflows and crop water requirements by using stochastic dynamic programming to optimally allocate the available water among all crops within a given period of time. Three reservoirs have been developed based on the results of optimum utilization of land and water of the water logged area of North Tripura district, India using RS and GIS analysis. The model takes into account reservoir inflow through three natural drainage, rainfall on the study area, and intrapersonal competition for water among multiple crops obtained from linear programming, the heterogeneous nature of crop response to the level of irrigation applied. The model is applied to a water logged area of the North Tripura district of India. This model can be used for optimal utilization of the available water resources of any reservoir system to obtain maximum benefits. The operating policies evolved by the study can be adopted in the field, for optimizing the utilization of the existing resources to obtain maximum benefits. The multi-reservoir model based on the SDP gives satisfactory performance in this study.
机译：该研究的主要目的是建立模型，通过使用随机动态规划在给定时间内最优分配所有作物中的可用水量，从而获得用于灌溉多种具有随机流入量和作物需水量的农作物的最优水库运行策略。 。根据印度北部Tripura地区水淹地区的土地和水的最佳利用结果，通过RS和GIS分析，开发了三个水库。该模型考虑了通过三种自然排水方式流入的水库，研究区域的降雨以及通过线性规划获得的多种作物之间的人际竞争，以及作物对灌溉水平的异质性。该模型应用于印度北Tripura地区的水淹地区。该模型可用于最佳利用任何水库系统的可用水资源，以获得最大的收益。该研究制定的运营政策可以在现场采用，以优化现有资源的利用以获得最大的收益。在本研究中，基于SDP的多储层模型表现出令人满意的效果。

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