Container stacking revenue management system: A fuzzy-based strategy for Valparaiso port
Autores
Valdes-Gonzalez, Hector
Reyes-Bozo, Lorenzo
Vyhmeister, Eduardo
Salazar, José Luis
Sepúlveda, Juan Pedro
Mosca-Arestizábal, Marco
Director
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EspañolFecha de publicación
2015-03-01
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Resumen
This article presents an intelligent system for container stacking based on fuzzy logic. The method establishes a defined criterion for accepting or rejecting in real time an entry request to the stacking areas of the port in Valparaiso, Chile. A case study based on expert knowledge illustrates the proposed method with real data. First, the optimum solution is determined for a problem of maximization of entries, based on historical records from the traffic and information center of Valparaiso Port. Second, this solution is used to establish a strategy for making “the best possible decisions.” The combination of the optimization and the fuzzy results (which consider the type of cargo, prices, and capacity) is performed at two levels. First, the optimization results are used as feed for the fuzzy system to determinate a ratio of future acceptances. Second, the optimization results are compared to the fuzzy system results in order to estimate a parameter to establish the minimal percentage value for accepting a request. As a result, a proper use of the stacking area is achieved, which results in an increase of profits and revenue management.