Some important issues in the design of an efficient pharmaceutical supply chain involve deciding where to place the warehouses/inventories and how to route distribution vehicles. Solving appropriate facility location and vehicle routing problems can ensure the design of a logistic network capable of rapid distribution of medical supplies. In particular, both these problems must be solved in coordination to quickly disburse medical supplies in response to a large-scale emergency. In this chapter, we present models to solve facility location and vehicle routing problems in the context of a response to a large-scale emergency. We illustrate the approach on a hypothetical anthrax emergency in Los Angeles County
We present a two-stage approach for the “helicopters and vehicles” intermodal transportation of medi...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
The blood supply chain network is an especial case of the general supply chain network, which starts...
We present a model for the optimization of logistics operations in emergency health care systems; in...
This paper presents a two-stage approach for solving the medication distribution problem. The probl...
Mathematical programming models and algorithms have been successfully used for decades to optimize o...
Abstract: In this paper, we propose models and solution approaches for determining the facility loc...
Restricted until 28 Nov. 2008.Research on facility location in a context of emergency services has f...
Consideration of risk as a criterion for selecting hazardous materials distribution routes contribut...
Public health emergencies require rapid responses from federal, state, and local authorities to prev...
Research on facility location is abundant. However, this research does not typically address the par...
Motivated by the need to create plans for delivering medication quickly during a public health emerg...
Emergencies that pose potential threats to our health, life, and properties can happen anywhere and ...
In this paper we address the problem of pre-positioning emergency supplies prior to a disaster onset...
We propose a stochastic optimization approach for the storage and distribution problem of medical su...
We present a two-stage approach for the “helicopters and vehicles” intermodal transportation of medi...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
The blood supply chain network is an especial case of the general supply chain network, which starts...
We present a model for the optimization of logistics operations in emergency health care systems; in...
This paper presents a two-stage approach for solving the medication distribution problem. The probl...
Mathematical programming models and algorithms have been successfully used for decades to optimize o...
Abstract: In this paper, we propose models and solution approaches for determining the facility loc...
Restricted until 28 Nov. 2008.Research on facility location in a context of emergency services has f...
Consideration of risk as a criterion for selecting hazardous materials distribution routes contribut...
Public health emergencies require rapid responses from federal, state, and local authorities to prev...
Research on facility location is abundant. However, this research does not typically address the par...
Motivated by the need to create plans for delivering medication quickly during a public health emerg...
Emergencies that pose potential threats to our health, life, and properties can happen anywhere and ...
In this paper we address the problem of pre-positioning emergency supplies prior to a disaster onset...
We propose a stochastic optimization approach for the storage and distribution problem of medical su...
We present a two-stage approach for the “helicopters and vehicles” intermodal transportation of medi...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
The blood supply chain network is an especial case of the general supply chain network, which starts...