假设回收商和制造/再制造商为独立理性的决策者，并共同构建回收网络，且制造/再制造商在两者的博弈中处于主导地位。另考虑废旧品回收率是回收价格的线性函数，结合回收定价与回收网络设计，建立基于动态定价的回收网络双层规划模型，上层规划为制造/再制造商进行再制造工厂的选址，确定回收补贴价格，下层规划为回收商进行回收中心的选址，确定废旧品的回收价格。通过建立模型求解算法，并给出算例论证模型的有效性。%Assumed that recyclers and manufactures/remanufacturers are independent and rational decision-mak-ers together to build a recycling network , and manufactures/remanufacturers in a dominant position in the game . A recycling network bilevel programming model based on dynamic pricing is proposed in this paper , assuming the rate of waste products recovery is a linear function of price ,when combining recovery pricing with the recovery network design .The upper planning is for the manufacture/manufacturer to choose the location of the re-manu-facturing plant, and determine the recovery of a subsidized price ,and the lower -level programming is for the recyclers to choose the location of the recycling center , and determine the cost of recycling of waste products . Algorithm is designed to solve the model , and an example is given to show the validity of the model.
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