RFID环境下考虑销售努力及组合契约的供应链研究开题报告

精品文档---下载后可任意编辑RFID 环境下考虑销售努力及组合契约的供应链讨论开题报告Title: A Study of Sales Efforts and Combinatorial Contract in the RFID-Enabled Supply ChainBackground:The RFID (Radio Frequency Identification) technology has been widely applied in the supply chain management to improve the efficiency of inventory control, order fulfillment, and logistics. However, a critical issue in the RFID-enabled supply chain is how to design optimal sales efforts and combinatorial contract to coordinate the interdependent decisions of multiple firms and enhance the collective profitability.Objective:The purpose of this study is to investigate the impact of sales efforts and combinatorial contracts on the coordination and performance of the RFID-enabled supply chain and to provide practical guidelines for the managers to enhance the supply chain sustainability and resilience.Methodology:The study will adopt a game-theoretical approach to model the interaction and behavior of multiple agents in the RFID-enabled supply chain. Specifically, we will use the Nash equilibrium and cooperative game theory to analyze the optimal strategies of players, including suppliers, manufacturers, retailers, and consumers. We will also apply simulation modeling to evaluate the performance of various scenarios under different parameter settings and contract types.Expected Results:The study is expected to contribute to the literature on the RFID-enabled supply chain management by providing insights into the coordination and alignment of sales efforts and combinatorial contracts. The results can help the firms to improve the efficiency and effectiveness of their supply chain 精品文档---下载后可任意编辑operations and mitigate the risks arising from uncertainties, disruptions, and unexpected events.Conclusion:The study of sales efforts and combinatorial contracts in the RFID-enabled supply chain has important theoretical and practical implications for the management of supply chain networks. By incorporating the RFID technology and considering the interdependent decisions of multiple agents, this study can generate new knowledge and strategies for enhancing the supply chain performance and resilience.