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Fei Xu
School of Management, Guizhou University, Gui Yang 550225, PR China

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Journal article
Published: 30 July 2021 in Advanced Engineering Informatics
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Customers with different delivery times in online and offline channels often lead to conflicts between two channels, which causes the loss of a large number of customers. Therefore, it is necessary to use the difference between the online and offline delivery to achieve the balance of inventory through order transferring. Aimed at this problem, a dual-channel supply chain system consisting of an online channel supplier and an offline retailer has been developed and sales stage has been expanded to two ones in order to explore the endogenous impact mechanism of different delivery periods on order transferring, and the structural properties of the order transferring threshold. Based on this, the optimal ordering strategy has been discussed at the beginning of the sales season by game theory. Secondly, the optimal threshold for order transferring of offline retailers in each stage by dynamic programming has been explored, and the relationship between the threshold and the sales stage has further been investigated in order to achieve a win-win co-operation by determining the optimal co-operative behavior. Finally, a numerical example has analyzed the influence of co-operation on ordering quantity, inventory quantity, and profit. Furthermore, we have also illustrated the existence of a stable interval when the delivery rate difference rate is lower, which simplifies the implementation of this strategy and improves its operability.

ACS Style

Fei Xu; Honglei Wang. Ordering and transferring model of dual-channel supply chain with delivery time difference. Advanced Engineering Informatics 2021, 49, 101311 .

AMA Style

Fei Xu, Honglei Wang. Ordering and transferring model of dual-channel supply chain with delivery time difference. Advanced Engineering Informatics. 2021; 49 ():101311.

Chicago/Turabian Style

Fei Xu; Honglei Wang. 2021. "Ordering and transferring model of dual-channel supply chain with delivery time difference." Advanced Engineering Informatics 49, no. : 101311.

Journal article
Published: 20 June 2018 in Sustainability
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As market competition becomes increasingly fierce, it becomes more and more important for members of the supply chain to maximize market sales and improve the economic benefits of all parties through altruistic cooperation. Considering the complex relationship between online and offline retail channels, this paper proposes a competitive–cooperative strategy based on altruistic behavior for the dual-channel supply chain, by applying the theory of the co-competition game. First, we introduce the problem with respect to the relationship between online and offline retail channels, and establish the competitive–cooperative strategy model based on altruistic behavior. Then, we prove the equilibrium strategy for existence and stability of the proposed model through mathematical deduction. Next, a multi-object optimal model is excluded by applying the Pareto principle, and the NSGA-II-based algorithm is obtained to acquire the Nash equilibrium point. Finally, we present the case testing results, which indicate that the proposed model is robust and can improve the channel efficiency of the supply chain.

ACS Style

Fei Xu; Honglei Wang. Competitive–Cooperative Strategy Based on Altruistic Behavior for Dual-Channel Supply Chains. Sustainability 2018, 10, 2103 .

AMA Style

Fei Xu, Honglei Wang. Competitive–Cooperative Strategy Based on Altruistic Behavior for Dual-Channel Supply Chains. Sustainability. 2018; 10 (6):2103.

Chicago/Turabian Style

Fei Xu; Honglei Wang. 2018. "Competitive–Cooperative Strategy Based on Altruistic Behavior for Dual-Channel Supply Chains." Sustainability 10, no. 6: 2103.