AbstractIn this paper, we present a specific hub location problem, which arose from a strategic decision problem for network design of wagonload traffic in German railway logistics. The strategic objective is to determine the location, size, and function of formation yards, and the connections between them. These strategic decisions define the network structure and hence, the costs and efficiency of the network. In this paper, we extend a formulation developed earlier. We also do some preprocessing tests to reduce the complexity. The resulting IPs are implemented in GAMS and solved with CPLEX for several test data sets
Hub location problems involve locating hub facilities and allocating demand nodes to hubs in order t...
This paper presents a unified framework for the general network design problem which encompasses sev...
The paper proposes a mathematical model and a new method for solving the problem of optimal location...
In this paper, we present a specific hub location problem, which arose from a strategic decision pro...
AbstractIn this paper, we present a specific hub location problem, which arose from a strategic deci...
In this paper, we consider a capacitated multiple allocation hub location problem derived from a pra...
In this paper, we present a capacitated multiple allocation hub location problem, which arose from a...
In the context of combined road–rail freight transport, we study the integrated tactical planning of...
This paper addresses a hub-and-spoke network problem for railroad freight, where a central planner i...
In network location problems, the number of potential locations is often too large in order to find ...
This paper presents a class of hub network design problems with profit-oriented objectives, which ex...
ABSTRACT Logistics hubs affect the distribution patterns in transportation networks since they are f...
This paper deals with hub-and-spoke network design in the liner shipping sector. It introduces a cap...
A dedicated or semi-dedicated freight rail network would permit railroad operators to add new servic...
We offer a formulation that locates hubs on a network in a competitive environment; that is, custome...
Hub location problems involve locating hub facilities and allocating demand nodes to hubs in order t...
This paper presents a unified framework for the general network design problem which encompasses sev...
The paper proposes a mathematical model and a new method for solving the problem of optimal location...
In this paper, we present a specific hub location problem, which arose from a strategic decision pro...
AbstractIn this paper, we present a specific hub location problem, which arose from a strategic deci...
In this paper, we consider a capacitated multiple allocation hub location problem derived from a pra...
In this paper, we present a capacitated multiple allocation hub location problem, which arose from a...
In the context of combined road–rail freight transport, we study the integrated tactical planning of...
This paper addresses a hub-and-spoke network problem for railroad freight, where a central planner i...
In network location problems, the number of potential locations is often too large in order to find ...
This paper presents a class of hub network design problems with profit-oriented objectives, which ex...
ABSTRACT Logistics hubs affect the distribution patterns in transportation networks since they are f...
This paper deals with hub-and-spoke network design in the liner shipping sector. It introduces a cap...
A dedicated or semi-dedicated freight rail network would permit railroad operators to add new servic...
We offer a formulation that locates hubs on a network in a competitive environment; that is, custome...
Hub location problems involve locating hub facilities and allocating demand nodes to hubs in order t...
This paper presents a unified framework for the general network design problem which encompasses sev...
The paper proposes a mathematical model and a new method for solving the problem of optimal location...