In this paper, we consider a capacitated multiple allocation hub location problem derived from a practical application in network design of German wagonload traffic. Due to the difficulty to solve even small data sets to optimality, we present two matheuristics: a local search matheuristic and an extension of an evolutionary algorithm matheuristic. Computational results are presented to demonstrate and compare the efficiency of both approaches for real-sized instances
Network designers for many transportation or telecommunication applications need to minimize the max...
International audienceIn many logistic systems for less than truckload (LTL) shipments, transportati...
Tento článek je zaměřen na problematiku lokace dopravních uzlů na dopravní síti, s využitím moderníc...
In this paper, we present a capacitated multiple allocation hub location problem, which arose from a...
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...
Hub location problems have been studied by many researchers for almost 30 years, and, accordingly, v...
Hub covering location problem, Network design, Single machine scheduling, Genetic algorithm, Shu...
International audienceThis paper presents the problem of designing a logistic network for Less Than ...
The increase of e-commerce has a tremendous effect on logistic service providers such as parcel deli...
Two heuristics are considered to solve the hub location and network design problem with a mixed vehi...
In this paper, we present two bicriteria uncapacitated, multiple allocation p-hub location problems....
The capacitated single assignment hub location problem with mod-ular link capacities is a variant of...
In this study, a new mobile p-hub location problem in a dynamic environment is proposed, where there...
We study the Hub Location-Routing Problem (HLRP) aiming at the design of an efficient freight transp...
Network designers for many transportation or telecommunication applications need to minimize the max...
International audienceIn many logistic systems for less than truckload (LTL) shipments, transportati...
Tento článek je zaměřen na problematiku lokace dopravních uzlů na dopravní síti, s využitím moderníc...
In this paper, we present a capacitated multiple allocation hub location problem, which arose from a...
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...
Hub location problems have been studied by many researchers for almost 30 years, and, accordingly, v...
Hub covering location problem, Network design, Single machine scheduling, Genetic algorithm, Shu...
International audienceThis paper presents the problem of designing a logistic network for Less Than ...
The increase of e-commerce has a tremendous effect on logistic service providers such as parcel deli...
Two heuristics are considered to solve the hub location and network design problem with a mixed vehi...
In this paper, we present two bicriteria uncapacitated, multiple allocation p-hub location problems....
The capacitated single assignment hub location problem with mod-ular link capacities is a variant of...
In this study, a new mobile p-hub location problem in a dynamic environment is proposed, where there...
We study the Hub Location-Routing Problem (HLRP) aiming at the design of an efficient freight transp...
Network designers for many transportation or telecommunication applications need to minimize the max...
International audienceIn many logistic systems for less than truckload (LTL) shipments, transportati...
Tento článek je zaměřen na problematiku lokace dopravních uzlů na dopravní síti, s využitím moderníc...