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Optimization of Industrial Structure Considering the Uncertainty of Water Resources

机译:考虑水资源不确定性的产业结构优化

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摘要

This paper developed a stochastic linear fractional programming model for industry optimization allocation base on the uncertainty of water resources incorporating chance constrained programming and fractional programming. In this paper, the stochastic linear fractional programming is used in the real word. The development SLFP has the following advantages: (1) The model can compare the two aspects of the targets; (2) The model can reflect the system efficiency intuitively; (3) The model can deal with uncertain issues with probability distribution; (4) The model can give different optimal plans under different risk conditions. The model has a significant value for the industry optimization allocation under uncertainty in local and areas to achieve the maximum economic benefits and the full use of the water resources.
机译:本文结合机会约束规划和分数规划,建立了基于水资源不确定性的随机线性分数规划模型,用于产业优化分配。在本文中,在实际单词中使用了随机线性分数规划。开发SLFP具有以下优点:(1)该模型可以比较目标的两个方面; (2)该模型可以直观地反映系统效率; (3)该模型可以处理概率分布不确定的问题; (4)该模型可以在不同的风险条件下给出不同的最优计划。该模型对于当地和地区不确定的行业优化配置具有重要价值,可以实现最大的经济效益和水资源的充分利用。

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