Representing a Mathematical Model to Determine the Optimal Policy for a Seller-Buyer Supply Chain, M.Sc. Thesis Sharif University of Technology ; Eshghi, Kourosh (Supervisor)
Abstract
In this research, we try to coordinate a seller-buyer supply chain by using general side-payment contracts in order to gain the maximum possible chain profit. In this model, we take logistics costs into consideration for both buyer and seller and regard the final demand as a decreasing function of retail price which is determined by the buyer. Both parties aim to maximize their individual profits, so we must set contractual parameters in a way that these decisions become aligned with system optimal decisions and the chain surplus profit be assigned to chain members such that they have no intention to leave the coalition. To this aim, we suggest a side- payment contract which consists of...
Cataloging briefRepresenting a Mathematical Model to Determine the Optimal Policy for a Seller-Buyer Supply Chain, M.Sc. Thesis Sharif University of Technology ; Eshghi, Kourosh (Supervisor)
Abstract
In this research, we try to coordinate a seller-buyer supply chain by using general side-payment contracts in order to gain the maximum possible chain profit. In this model, we take logistics costs into consideration for both buyer and seller and regard the final demand as a decreasing function of retail price which is determined by the buyer. Both parties aim to maximize their individual profits, so we must set contractual parameters in a way that these decisions become aligned with system optimal decisions and the chain surplus profit be assigned to chain members such that they have no intention to leave the coalition. To this aim, we suggest a side- payment contract which consists of...
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