Add to ORKGInternational audienceThis article presents a comparison between two genetic algorithm-based methods to schedule the missions and the maintenance operations for a fleet of deteriorating vehicles. The first one directly integrates the fleet dimension to schedule the activities while the second one starts by assigning the missions to each vehicle and then defines the vehicle schedules independently. The objective is to see if the fleet-based method enables to reduce the global maintenance costs for the fleet and if it is always the case
International audienceIn this paper, we propose a study of the decision horizon duration for rolling...
In this article, a hybrid algorithm is proposed to solve the Vehicle Scheduling Problem with Multipl...
International audienceJointly optimizing maintenance and missions schedule for a vehicle has become ...
International audienceThis article presents a comparison between two genetic algorithm-based methods...
International audienceBoth for the manufacturer and the user of industrial vehicles, optimizing simu...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
Vehicle fleets support a diverse array of functions and are increasing rapidly in the world of today...
International audienceThe modern world requires high reliability and availability with minimum owner...
It is herein developed an approach to optimize the maintenance services policy related to a Global S...
Industrial environments such as manufacturing and transportation industries usually involve fleets o...
PT X. is one of the government owned enterprise that is focused on logistics service, this company r...
Fleet planning is a complex problem which consists of selecting an optimal fleet of vehicles at the ...
An optimization method for condition based maintenance (CBM) of aircraft fleet considering prognosti...
Purpose - In this paper, the authors propose the application of an intelligent engine to develop a s...
This paper presents a new variant of the selective maintenance problem (SMP) to jointly optimize the...
International audienceIn this paper, we propose a study of the decision horizon duration for rolling...
In this article, a hybrid algorithm is proposed to solve the Vehicle Scheduling Problem with Multipl...
International audienceJointly optimizing maintenance and missions schedule for a vehicle has become ...
International audienceThis article presents a comparison between two genetic algorithm-based methods...
International audienceBoth for the manufacturer and the user of industrial vehicles, optimizing simu...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
Vehicle fleets support a diverse array of functions and are increasing rapidly in the world of today...
International audienceThe modern world requires high reliability and availability with minimum owner...
It is herein developed an approach to optimize the maintenance services policy related to a Global S...
Industrial environments such as manufacturing and transportation industries usually involve fleets o...
PT X. is one of the government owned enterprise that is focused on logistics service, this company r...
Fleet planning is a complex problem which consists of selecting an optimal fleet of vehicles at the ...
An optimization method for condition based maintenance (CBM) of aircraft fleet considering prognosti...
Purpose - In this paper, the authors propose the application of an intelligent engine to develop a s...
This paper presents a new variant of the selective maintenance problem (SMP) to jointly optimize the...
International audienceIn this paper, we propose a study of the decision horizon duration for rolling...
In this article, a hybrid algorithm is proposed to solve the Vehicle Scheduling Problem with Multipl...
International audienceJointly optimizing maintenance and missions schedule for a vehicle has become ...