2016•Unpublished venueRequires access

Game theoretical analysis of supply chain configurations

Soh Sakurai, Tatsushi Nishi

Open publisher page 7 citations

Abstract

In this paper, we propose a game theoretical analysis of supply chain configurations for two manufacturers and two retailers. The supply chain configuration is the structure of the leader-follower relationship in the decentralized decision making of pricing decisions for manufacturers and retailers. The effects of the supply chain configurations on the total profit are investigated. The closed-form equilibrium solutions are derived through the backward induction. The results demonstrate that the change of leader-follower relationship in the supply chain configuration according to the situations enable us to obtain higher total profit.

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What this paper is about

In this paper, we propose a game theoretical analysis of supply chain configurations for two manufacturers and two retailers. The supply chain configuration is the structure of the leader-follower relationship in the decentralized decision making of pricing decisions for manufacturers and retailers. The effects of the supply chain configurations on the total profit are investigated. The closed-form equilibrium solutions are derived through the backward induction. The results demonstrate that the change of leader-follower relationship in the supply chain configuration according to the situations enable us to obtain higher total profit.

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Available abstract

In this paper, we propose a game theoretical analysis of supply chain configurations for two manufacturers and two retailers. The supply chain configuration is the structure of the leader-follower relationship in the decentralized decision making of pricing decisions for manufacturers and retailers. The effects of the supply chain configurations on the total profit are investigated. The closed-form equilibrium solutions are derived through the backward induction. The results demonstrate that the change of leader-follower relationship in the supply chain configuration according to the situations enable us to obtain higher total profit.

Key concepts: Supply chain, Profit (economics), Game theory, Microeconomics, Backward induction, Industrial organization, Computer science, Business

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