This paper describes the procedures implemented in the software sys-tem developed for the CONTRAST project to optimize the logistic operations at acontainer terminal. In particular, we consider the problems of minimizing the num-ber of reshuffle operations and designing the routes of the vehicles inside the yard.Minimizing the number of reshuffle operations required to empty a container yardis addressed in the literature as the Block Relocation Problem and it is known tobe NP-hard. Here we implemented two heuristic procedures that provide feasiblesolutions to the problem when new containers enter the yard or when some containermust be reallocated for any reason
A New Software System for Optimizing the Operations at a Container Terminal
Bacci T;Mattia S;Ventura P
2019
Abstract
This paper describes the procedures implemented in the software sys-tem developed for the CONTRAST project to optimize the logistic operations at acontainer terminal. In particular, we consider the problems of minimizing the num-ber of reshuffle operations and designing the routes of the vehicles inside the yard.Minimizing the number of reshuffle operations required to empty a container yardis addressed in the literature as the Block Relocation Problem and it is known tobe NP-hard. Here we implemented two heuristic procedures that provide feasiblesolutions to the problem when new containers enter the yard or when some containermust be reallocated for any reasonI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.