[[abstract]]This paper considers that the number of defective units in an arrival order to be a binominal random variable. We derive a modified mixture inventory model with backorders and lost sales, in which the order quantity, lead time and reorder point are decision variables. In our studies, we first assume that the lead time demand follows a mixture of normal distribution, and then relax the assumption about the form of the mixtures of distribution functions of the lead time demand and apply the minimax distribution free procedure to solve the problem. Furthermore, we develop an algorithm procedure to obtain the optimal ordering strategy for each case. Finally, two numerical examples are also given to illustrate the results.[[notice]]補...
[[abstract]]In a recent paper, Ben-Daya and Raouf presented a continuous review inventory model in w...
This paper investigates the production/inventory policy in an integrated vendor-buyer inventory syst...
[[abstract]]In a recent paper, Ouyang et al. [10] proposed a (Q,r,L) inventory model with defective ...
[[abstract]]This paper assumes that an arrival order lot may contain some defective items, and the n...
[[abstract]]This paper considers the number of defective units in the sub-lot sampled to be a hyperg...
[[abstract]]This paper investigates and analyzes that an arrival order lot may contain some defectiv...
[[abstract]]In a recent paper Wu and Ouyang (2000) assumed that an arriving order lot may contain so...
[[abstract]]This paper assumes that an arrival order lot may contain some defective items, and consi...
[[abstract]]In recent papers by Ben-Daya and Raouf and by Ouyang et al. a continuous review inventor...
[[abstract]]In this article, lead time, the order quantity and the reorder point are considered as t...
[[abstract]]In this article, both lead time and the order quantity are considered as the decision va...
[[abstract]]In recent papers, Moon and Choi (1998) and Hariga and Ben-Daya (1999)considered a contin...
This paper considers the number of defective units in an arrival order to be a binomial random varia...
[[abstract]]In this article, both lead time and the order quantity are considered as the decision va...
[[abstract]]In this article, we investigate a continuous review inventory model with a mixture of ba...
[[abstract]]In a recent paper, Ben-Daya and Raouf presented a continuous review inventory model in w...
This paper investigates the production/inventory policy in an integrated vendor-buyer inventory syst...
[[abstract]]In a recent paper, Ouyang et al. [10] proposed a (Q,r,L) inventory model with defective ...
[[abstract]]This paper assumes that an arrival order lot may contain some defective items, and the n...
[[abstract]]This paper considers the number of defective units in the sub-lot sampled to be a hyperg...
[[abstract]]This paper investigates and analyzes that an arrival order lot may contain some defectiv...
[[abstract]]In a recent paper Wu and Ouyang (2000) assumed that an arriving order lot may contain so...
[[abstract]]This paper assumes that an arrival order lot may contain some defective items, and consi...
[[abstract]]In recent papers by Ben-Daya and Raouf and by Ouyang et al. a continuous review inventor...
[[abstract]]In this article, lead time, the order quantity and the reorder point are considered as t...
[[abstract]]In this article, both lead time and the order quantity are considered as the decision va...
[[abstract]]In recent papers, Moon and Choi (1998) and Hariga and Ben-Daya (1999)considered a contin...
This paper considers the number of defective units in an arrival order to be a binomial random varia...
[[abstract]]In this article, both lead time and the order quantity are considered as the decision va...
[[abstract]]In this article, we investigate a continuous review inventory model with a mixture of ba...
[[abstract]]In a recent paper, Ben-Daya and Raouf presented a continuous review inventory model in w...
This paper investigates the production/inventory policy in an integrated vendor-buyer inventory syst...
[[abstract]]In a recent paper, Ouyang et al. [10] proposed a (Q,r,L) inventory model with defective ...