On explicit solutions of a two-echelon supply chain coordination game
Author(s)
Date
2018Source Title
Optimization Letters
Print ISSN
1862-4472
Publisher
Springer Verlag
Volume
12
Issue
3
Pages
661 - 673
Language
English
Type
ArticleItem Usage Stats
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Abstract
A contracting game under asymmetric information specific to two-echelon supply chain coordination between a retailer of unknown type and a supplier is studied. When the parameter which is private information to the retailer (holding cost) is known up to an interval of uncertainty, a uniform discrete approximation for retailer types leads to closed-form solutions where the joint (coordinated) optimal order quantity for a modified holding cost plays a major role. Furthermore, the closed-form solutions result in increasing information rent for higher types under easy-to-verify conditions involving strict lower limits on the total holding costs of retailer and supplier and the difference between uncoordinated optimal costs of consecutive retailer types.
Keywords
Convex optimizationIncentives
Principal-agent problem
Two-echelon supply chain coordination