This paper presents an insightful approach to analyze two-item periodic inventory systems with one-way substitution. The objective is to minimize the expected total cost per period, which consists of expected purchasing costs, expected inventory holding costs, expected shortage costs, and expected adjustment costs. This approach helps derive the optimality conditions in both single-period and infinite horizon settings and yields useful insights into the impact of substitution on the service level, the optimality of a borderline case in which the order-up-to level of the inflexible item is reduced to zero, and the pivotal role of the purchasing cost.nrpages: 30status: publishe
Cataloged from PDF version of article.We explore an extension of the single-period (newsboy) invento...
In this paper we introduce the optimal solution for a simple and yet practical inventory policy with...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
This paper studies the optimal design of an inventory system with “one-way substitution”, in which a...
In many inventory management systems, some kind of substitution flexibility exists, meaning that a s...
In this article, we study a multi-period multi-product inventory control problem. In the problem, th...
Abstract In many inventory management systems, some kind of substitution flexibility exists, meaning...
This paper presents an approach for solving an inventory model for single-period products with maxim...
We study optimal inventory control of two products with demand substitution, that is, where customer...
In this paper we study a single-period two -product inventory model with stochastic demands, proport...
Traditionally, the newsvendor problem is a single-period model for a retailer and can be applied in ...
We consider a firm facing stochastic demand for two products with downward, supplier-driven substitu...
The paper considers the classical single-period inventory model, also known as the Newsboy Problem, ...
In this paper, we study an inventory system for two substitutable deteriorating items where when an ...
This paper deals with a periodic-review substitutable inventory system for a finite and an infinite ...
Cataloged from PDF version of article.We explore an extension of the single-period (newsboy) invento...
In this paper we introduce the optimal solution for a simple and yet practical inventory policy with...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
This paper studies the optimal design of an inventory system with “one-way substitution”, in which a...
In many inventory management systems, some kind of substitution flexibility exists, meaning that a s...
In this article, we study a multi-period multi-product inventory control problem. In the problem, th...
Abstract In many inventory management systems, some kind of substitution flexibility exists, meaning...
This paper presents an approach for solving an inventory model for single-period products with maxim...
We study optimal inventory control of two products with demand substitution, that is, where customer...
In this paper we study a single-period two -product inventory model with stochastic demands, proport...
Traditionally, the newsvendor problem is a single-period model for a retailer and can be applied in ...
We consider a firm facing stochastic demand for two products with downward, supplier-driven substitu...
The paper considers the classical single-period inventory model, also known as the Newsboy Problem, ...
In this paper, we study an inventory system for two substitutable deteriorating items where when an ...
This paper deals with a periodic-review substitutable inventory system for a finite and an infinite ...
Cataloged from PDF version of article.We explore an extension of the single-period (newsboy) invento...
In this paper we introduce the optimal solution for a simple and yet practical inventory policy with...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...