Citas bibligráficas
Vásquez, J., (2008). Elaboración de un método para optimizar la asignación de tripulación a itinerarios de vuelos para las aerolíneas [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/466
Vásquez, J., Elaboración de un método para optimizar la asignación de tripulación a itinerarios de vuelos para las aerolíneas [Tesis]. : Universidad Nacional de Ingeniería; 2008. http://hdl.handle.net/20.500.14076/466
@misc{renati/703702,
title = "Elaboración de un método para optimizar la asignación de tripulación a itinerarios de vuelos para las aerolíneas",
author = "Vásquez Jesús, John Alex",
publisher = "Universidad Nacional de Ingeniería",
year = "2008"
}
The allocation of Crew to travel itineraries of the flight companies is a highly complex combinatorial problem by nature due to it has a lot of restrictions numbers involved and flights far the programming period chosen, the major airlines may have till 1000 flights per day like Iberia. The programming process of the crew is one of 11 programming processes in the agenda of a commercial airline, being at the level of operating costs the important second biggest problem just exceeded by the cost of fuel. In a general level to solve the Crew Scheduling Problem (CSP) it has taken a sequential approach, dividing the CSP 2 in sub-problems Crew Pairing Problem and Crew Rostering Problem and reaching optimum solutions through a variety of approaches. However the sequential procedure has disadvantages which result in additional costs, which is why it is necessary to solve the problem completely, combining the two steps programming of crew, which is the current challenge of the problem investigation of crew allocation. The proposed method raises the issue as a awesome network of flight destinations that are linked through routes, which over time can travel more than once a single branch of the network. The method to develop show us that is possible to divide the awesome network into pseudo-independent subnetworks called “Partial Networks“, which are resolved separately called “lntra-networks Optimization“, taking place later convergence of all “Partial Networks“, thereby generating solution optimized for the initial awesome network.
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