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Models for continuous berth allocation and quay crane assignment: Computational comparison

机译:连续泊位分配和码头起重机分配的模型:计算比较

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This paper reviews the state-of-the-art models for the continuous and dynamic berth allocation and quay crane assignment problem. This problem arises at the seaside of the container terminals, and it is mostly studied at the operational level. The problem aims at determining a berthing position in a kth-meter partitioned continuous berth, a berthing start and end time, and a quay crane assignment for each vessel calling the terminal. The quay crane assignment includes the number of quay cranes allocated to each vessel at each time period. The state-of-the-art models are run with same settings and benchmark. The results indicate that set-partitioning model and an enhanced compact model outperform the remainder.
机译:本文介绍了持续和动态泊位分配和码头起重机分配问题的最先进的模型。该问题出现在集装箱码头的海滨,并且主要在运行层面研究。问题旨在确定k中的停靠位置 th -Meter分区连续泊位,一个Betthing开始和结束时间,以及调用终端的每个船只的码头起重机分配。码头起重机分配包括在每个时间段分配给每个船只的码头起重机的数量。最先进的模型以相同的设置和基准运行。结果表明,设置分区模型和增强的紧凑模型优于剩余部分。

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