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A differential oligopoly game for optimal production planning and water savings

机译:用于最优生产规划和水资源的差动寡头垄断游戏

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摘要

A production planning single-decision problem is extended to a production planning and water saving dual-decision problem. A differential oligopoly game in which product prices are sticky and water right trading occurs is used to study this problem. Unlike previous studies appeared in the literature, the decisions in this study are affected simultaneously by both the product and the water right prices. Static, open-loop, closed-loop and feedback equilibria are analyzed to show optimal production plans and water saving decisions. The impact of oligopoly competition on the social welfare is finally analyzed. Different optimal solutions as the values of the parameters change are also simulated numerically. The results show that the firms' optimal production plans and water saving decisions are strongly influenced by the water efficiency, initial water right allocations and water right reservation prices. (C) 2017 Elsevier B.V. All rights reserved.
机译:生产计划单决策问题延伸到生产规划和节水双重决策问题。 使用产品价格粘稠的差动寡头垄断游戏,而且发生水权交易用于研究这个问题。 与以往的研究出现不同,该研究的决策是由产品和水权价格同时影响。 分析静态,开环,闭环和反馈均衡,以显示最佳的生产计划和节水决策。 终极竞争对社会福利的影响终于分析了。 随着参数变化的值也在数值模拟不同的最佳解决方案。 结果表明,该公司的最优生产计划和节水决策受水效率,初始水权拨款和水权预订价格受到强烈影响。 (c)2017年Elsevier B.V.保留所有权利。

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