We considered an inventory/distribution system containing one warehouse and N retailers. There are a lot of heuristics in the literature for this problem. We proposed a new heuristic to this problem by this paper. The objective of this paper is to minimize supply chain costs of the whole system by a new heuristic. The main idea of heuristic is to compare replenishment cost with inventory holding cost. In order to analyze the effectiveness of the new heuristic, we compared it with Abdul-Jalbar's heuristic. We generated 100 different test problems. The computational results showed that new heuristic outperforms Abdul-Jalbar's heuristic (1.923%). (C) 2012 Published by Elsevier Ltd. Selection and/or peer review under responsibility of Prof. Dr....
Warehouses play a vital role in mitigating variations in supply and demand, and providing value-adde...
The supply function has an important role to support the business to create a customer value. Two im...
Joint location inventory problems involve determination of two key decisions in a supply chain netwo...
AbstractWe considered an inventory/distribution system containing one warehouse and N retailers. The...
We deal with a multi-echelon inventory system in which one warehouse supplies an item to multiple re...
Joint replenishment problem (JRP) is a type of inventory model which aims to minimize the total inve...
Abstract in Undetermined Assume that in periods with stochastic demand remain until the next repleni...
In this paper we consider a 1-warehouse, N-retailer inventory system where demand occurs at all loca...
This paper presents an approximation model for optimizing reorder points in one-warehouse N-retailer...
We consider a distribution problem in a supply chain consisting of multiple plants, multiple regiona...
This paper concerns with a multi-echelon inventory/distribution system considering one-warehouse an...
We study an application of the can-order policy in one-warehouse n-retailer inventory system, and pr...
We consider a well-known NP-hard deterministic inventory control problem: the One-Warehou...
The joint replenishment problem has been extensively studied and the joint replenishment strategy ha...
Due to their applicability in real world situations, the multi-echelon inventory/distribution system...
Warehouses play a vital role in mitigating variations in supply and demand, and providing value-adde...
The supply function has an important role to support the business to create a customer value. Two im...
Joint location inventory problems involve determination of two key decisions in a supply chain netwo...
AbstractWe considered an inventory/distribution system containing one warehouse and N retailers. The...
We deal with a multi-echelon inventory system in which one warehouse supplies an item to multiple re...
Joint replenishment problem (JRP) is a type of inventory model which aims to minimize the total inve...
Abstract in Undetermined Assume that in periods with stochastic demand remain until the next repleni...
In this paper we consider a 1-warehouse, N-retailer inventory system where demand occurs at all loca...
This paper presents an approximation model for optimizing reorder points in one-warehouse N-retailer...
We consider a distribution problem in a supply chain consisting of multiple plants, multiple regiona...
This paper concerns with a multi-echelon inventory/distribution system considering one-warehouse an...
We study an application of the can-order policy in one-warehouse n-retailer inventory system, and pr...
We consider a well-known NP-hard deterministic inventory control problem: the One-Warehou...
The joint replenishment problem has been extensively studied and the joint replenishment strategy ha...
Due to their applicability in real world situations, the multi-echelon inventory/distribution system...
Warehouses play a vital role in mitigating variations in supply and demand, and providing value-adde...
The supply function has an important role to support the business to create a customer value. Two im...
Joint location inventory problems involve determination of two key decisions in a supply chain netwo...