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首页> 外文会议>International Conference on Management Science and Engineering Management >Dynamic Optimal Allocation of Irrigation Water Resources for Multi-crop in Multiple Agricultural Subareas with Fuzzy Random Seasonal Inflow and Rainfall
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Dynamic Optimal Allocation of Irrigation Water Resources for Multi-crop in Multiple Agricultural Subareas with Fuzzy Random Seasonal Inflow and Rainfall

机译：模糊随机季节流入和降雨多种农业蛛网中多作物灌溉水资源的动态优化分配

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This paper studies the dynamic optimal allocation of irrigation water resources for multi-crop in multiple agricultural subareas. A multistage irrigation scheduling decision making model is developed which takes into account the decision variable, state variable, state transition equation, initial and terminal conditions, constraints, crop-water production function, and evaporated and leached water. In order to deal with the uncertainty of seasonal inflow and rainfall, the fuzzy random simulation is employed. Results analysis for a case problem is presented to demonstrate the performance of the optimization method, which is proved to be very effective and efficient compared to the actual irrigation scheduling situation.
机译：本文研究了多种农业蛛网中多作物灌溉水资源的动态最佳分配。开发了多级灌溉调度决策模型，其考虑了决策变量，状态变量，状态转换方程，初始和终端条件，约束，作物水生产功能和蒸发和浸出水。为了应对季节性流入和降雨的不确定性，采用模糊的随机仿真。提出了案例问题的结果，以证明优化方法的性能，这被证明与实际灌溉调度情况相比非常有效和有效。

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