We consider a variant of the periodic review system with a virtual warehouse that is due to Eppen and Schrage (1981). Depending on the realized pattern of demand during the delivery leadtime, this inventory is dynamically allocated or rationed to each of the retailers. While Eppen and Schrage (1981) assume that all unfilled demand is backordered, we allow some demand to be rejected to keep inventories in balance. This results in an exact analysis of the system. We develop conditions for the unique solution in a two retailer model and discuss the implications for the multi-retailer systems. Our analysis works for both discrete and continuous demands. Illustrative numerical examples suggest that, with our policy, only a very small fraction of...
Cataloged from PDF version of article.In a centrally managed system, inventory at a retailer can be ...
In this paper we consider a 1-warehouse, N-retailer inventory system where demand occurs at all loca...
Traditionally, when optimizing base-stock levels in spare parts inventory systems, it is common to b...
We consider a variant of the periodic review system with a virtual warehouse that is due to Eppen an...
We consider a system in which an order is placed every T periods to bring the inventory position up ...
We study the continuous-review (r; q) system in which un_lled demands are treated as lost sales. The...
In classic inventory models it is common to assume that excess demand is backordered. However, studi...
In classic inventory models it is common to assume that excess demand is backordered. However, studi...
This paper examines an inventory model with full backlogging and all-units quantity discounts. The p...
In this paper, we study a single-product inventory system which involves a supplier, a retailer, and...
We study the inventory control problem of a retailer working under stochastic demand and stochastic ...
In this paper, we investigate a one-warehouse multiple-retailer system, where the inventory control ...
In this paper we consider the issue of inventory control in a multi-period environment with competit...
Due to their applicability in real world situations, the multi-echelon inventory/distribution system...
This paper examines a two-level distribution system consisting of a central warehouse (CW) supplying...
Cataloged from PDF version of article.In a centrally managed system, inventory at a retailer can be ...
In this paper we consider a 1-warehouse, N-retailer inventory system where demand occurs at all loca...
Traditionally, when optimizing base-stock levels in spare parts inventory systems, it is common to b...
We consider a variant of the periodic review system with a virtual warehouse that is due to Eppen an...
We consider a system in which an order is placed every T periods to bring the inventory position up ...
We study the continuous-review (r; q) system in which un_lled demands are treated as lost sales. The...
In classic inventory models it is common to assume that excess demand is backordered. However, studi...
In classic inventory models it is common to assume that excess demand is backordered. However, studi...
This paper examines an inventory model with full backlogging and all-units quantity discounts. The p...
In this paper, we study a single-product inventory system which involves a supplier, a retailer, and...
We study the inventory control problem of a retailer working under stochastic demand and stochastic ...
In this paper, we investigate a one-warehouse multiple-retailer system, where the inventory control ...
In this paper we consider the issue of inventory control in a multi-period environment with competit...
Due to their applicability in real world situations, the multi-echelon inventory/distribution system...
This paper examines a two-level distribution system consisting of a central warehouse (CW) supplying...
Cataloged from PDF version of article.In a centrally managed system, inventory at a retailer can be ...
In this paper we consider a 1-warehouse, N-retailer inventory system where demand occurs at all loca...
Traditionally, when optimizing base-stock levels in spare parts inventory systems, it is common to b...