| Study on the Complexity of the Bullwhip Effect |
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| 作者姓名： | LU Yingjin TANG Yong Tang Xiaowo |
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| 作者单位： | School of Management，University of Electronic Science and Technology of China Chengdu 610054 China |
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| 摘 要： | Recent years have witnessed a rapid growth of interest in the study of the dynamic behavior of replenishment rules of bullwhip effect. We prove that bullwhip effect and butterfly effect share a same the self-oscillation amplifying mechanism that is the ordering decisions the supplier self-oscillation amplify the perturbations brought by the errors in the processing of retailers' demand information. This results as an explicit self-similar structure of the sensitivity of the system to the initial values duty to the nonlinear mechanism. In this paper, the causes process of the bullwhip effect is described as the internal nonlinear mechanism and study on the complexity of bullwhip effect for order-up-to policy under demand signal processing. The methodology is based on fractal and chaotic theory and allows important insights to be gained about the complexity behavior of bullwhip effect.
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Study on the Complexity of the Bullwhip Effect |
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| LU Yingjin,TANG Yong,Tang Xiaowo.Study on the Complexity of the Bullwhip Effect[J].Journal of Electronic Science Technology of China,2004,2(3). |
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| Authors: | LU Yingjin TANG Yong Tang Xiaowo |
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| Abstract: | Recent years have witnessed a rapid growth of interest in the study of the dynamic behavior of replenishment rules of bullwhip effect. We prove that bullwhip effect and butterfly effect share a same the self-oscillation amplifying mechanism that is the ordering decisions the supplier self-oscillation amplify the perturbations brought by the errors in the processing of retailers' demand information. This results as an explicit self-similar structure of the sensitivity of the system to the initial values duty to the nonlinear mechanism. In this paper, the causes process of the bullwhip effect is described as the internal nonlinear mechanism and study on the complexity of bullwhip effect for order-up-to policy under demand signal processing. The methodology is based on fractal and chaotic theory and allows important insights to be gained about the complexity behavior of bullwhip effect. |
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| Keywords: | the bullwhip effect complexity theory order-up-to policy demand signal processing |
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