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Container sequencing for quay cranes with internal reshuffles

机译:具有内部改组的码头起重机的集装箱排序

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Fast handling of vessels is one of the most important goals in container terminal operations planning. In recent studies, quay crane double cycling has been investigated to accelerate the service of vessels. In our paper, we show that the service process can be further accelerated by changing the treatment of so-called reshuffle containers. Reshuffle containers have to be removed from their position in the vessel only to gain access to containers stacked below them. Our approach enables to reposition reshuffle containers directly within the bay of a vessel, referred to as internal reshuffles, instead of temporarily unloading them. A mathematical problem formulation and a heuristic solution method, namely a greedy randomized adaptive search procedure, are provided for planning crane operations under internal reshuffles. Computational tests prove that the consideration of internal reshuffles leads to a further shortening of vessel handling times compared to a sole application of crane double cycling.
机译:快速处理船只是集装箱码头运营计划中最重要的目标之一。在最近的研究中,已经对码头起重机的双循环进行了研究,以加快船只的服务。在我们的论文中,我们表明,可以通过更改所谓的改组容器的处理来进一步加快服务过程。改组后的容器仅需从其在容器中的位置移开,才能进入堆叠在其下方的容器。我们的方法能够直接将重新排列的容器重新放置在船舱内,称为内部重新排列,而不是临时卸下它们。提供了数学问题公式和启发式求解方法,即贪婪随机自适应搜索程序,以计划内部改组下的起重机操作。计算测试证明,与单独使用起重机双循环相比,考虑内部改组可进一步缩短船舶装卸时间。

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