Abstract: Methods and systems for establishing and solving an optimization problem involving trade-offs in a container delivery system (e.g., trade-offs at least between prioritizing crane movement and prioritizing the wait time for trucks that have already arrived in a port) are described. According to some aspects of the described techniques, a cost function of the optimization problem reflects both of these concerns (e.g., a cost function is described that penalizes crane movement, rewards clearing of containers, etc.). Among other advantages, the methods and systems described may result in increased port operation efficiency, improved container flow, etc.

Abstract: Methods and systems for establishing and solving an optimization problem involving trade-offs in a container delivery system (e.g., trade-offs at least between prioritizing crane movement and prioritizing the wait time for trucks that have already arrived in a port) are described. According to some aspects of the described techniques, a cost function of the optimization problem reflects both of these concerns (e.g., a cost function is described that penalizes crane movement, rewards clearing of containers, etc.). Among other advantages, the methods and systems described may result in increased port operation efficiency, improved container flow, etc.