In this paper, the authors consider a multi-product coupled inventory-production system, where the inventory is controlled by a base stock policy minimizing the expected costs. Using queueing network models, they describe a production system for replenishment orders. Items produced are stored in a nished goods inventory to serve exogenous demand. Unsatised demand is back-ordered. The authors present the inventoryproduction model, describing Jackson networks with dierent customer classes to represent diering types of work-in-process in the replenishment network. They prove the monotonicity behavior of base stock levels related to the system's capacity allocation and provide some numerical evaluations for the single-item case. Leonardo Pasini
Recensione dell'articolo:(de la Cruz, Nha-Nghi; Daduna, Hans - "Optimal capacity allocation in a production-inventory system with base stock." Ann. Oper. Res. 277 (2019), no. 2, 329-344.) MR3955267 MathSciNet ISSN 2167-5163
Leonardo Pasini
2020-01-01
Abstract
In this paper, the authors consider a multi-product coupled inventory-production system, where the inventory is controlled by a base stock policy minimizing the expected costs. Using queueing network models, they describe a production system for replenishment orders. Items produced are stored in a nished goods inventory to serve exogenous demand. Unsatised demand is back-ordered. The authors present the inventoryproduction model, describing Jackson networks with dierent customer classes to represent diering types of work-in-process in the replenishment network. They prove the monotonicity behavior of base stock levels related to the system's capacity allocation and provide some numerical evaluations for the single-item case. Leonardo PasiniI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
