Supply Chain Coordination through a Revenue-Sharing Contract with Two Kinds of Fuzzy Demand

Supply Chain Coordination through a Revenue-Sharing Contract with Two Kinds of Fuzzy Demand

Junyan Wang, Xiazhong Li, Ziping Du
DOI: 10.4018/ijisscm.2014100105
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Abstract

This paper studies a supply chain coordinated by a revenue-sharing contract in fuzzy environment. Two kinds of fuzzy programming models are discussed: revenue-sharing contract with fuzzy linear demand model and fuzzy iso-price-elastic demand model. Supply chain coordination in both centralized decision setting and centralized decision setting are achieved by obtaining the optimal solutions in the discussed settings.
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2. Preliminaries

Let ijisscm.2014100105.m01 be a nonempty set, and ijisscm.2014100105.m02 the power set ofijisscm.2014100105.m03. For any ijisscm.2014100105.m04, Liu and Liu (2002) presented a credibility measure ijisscm.2014100105.m05 to express the chance that fuzzy event ijisscm.2014100105.m06occurs. Li and Liu (2006) proved that a set function ijisscm.2014100105.m07 is a credibility measure if and only if:

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