Logo image
Demand information acquisition and disclosure in a non-instantaneous deteriorating items supply chain
Journal article   Peer reviewed

Demand information acquisition and disclosure in a non-instantaneous deteriorating items supply chain

Yimeng He, Yeming Gong and Xianpei Hong
Computers & Industrial Engineering
01/07/2022

Abstract

supply chain information IT
While previous studies of non-instantaneous deteriorating items overlook the information acquisition and disclosure, this paper considers information acquisition and disclosure strategies in a supply chain, and models a piecewise demand rate that depends on market potential, price, and time to depict non-instantaneous deteriorating items. We study three situations: “no information acquisition”, “information acquisition only”, and “information acquisition and disclosure”. Results show that the retailer can always improve the profits by acquiring information, and the manufacturer only benefits from information disclosure. However, the deterioration of products affects the effectiveness of information acquisition and information disclosure from several aspects. Interestingly, we find the retailer will hide high demand information but disclose low demand information. In the situation “information acquisition and disclosure”, the improvement of the ability to acquire information is not always beneficial to the increment of the retailer’s profit. Specifically, we find that when the ability is high, with the improvement of the ability, the increment of the retailer’s profit first increases and then decreases. In this situation, because of the information disclosure, the retailer has to reduce the order quantity of non-instantaneous deteriorating items than the situation “no information acquisition”, even though he does not acquire any information. Furthermore, we find that the integrated supply chain performs better than the decentralized supply chain.
pdf
GONG 2022 CIE Demand Information Acquisition and Disclosure in a Non-instantaneous Deteriorating Items Supply Chain
Restricted Access

Metrics

20 Record Views

Details

InCites Highlights

These are selected metrics from InCites Benchmarking & Analytics tool, related to this contribution

Collaboration types
Domestic collaboration
International collaboration
Citation topics
4 Electrical Engineering, Electronics & Computer Science
4.84 Supply Chain & Logistics
4.84.260 Supply Chain Optimization
Web of Science research areas
Computer Science, Interdisciplinary Applications
Engineering, Industrial
Logo image