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Rule based optimization for a bulk handling port operations

机译:基于规则的批量处理端口操作的优化

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In this paper a study on the operations of a bulk material port is carried out to develop a decision support model, which deals with the dynamics of port and aids in better decision making at different scenarios. Here, we describe various decisions taken by port authorities pertaining to the import of coal at the terminal. We optimize these decisions with the aim of minimizing the unloading time of ships at the port, congestion in the stockyard, and loading time of the rakes. A practice-oriented decision support model is proposed to assist port planners in making these decisions. Various operational rules are embedded within the model, for carrying out the modelling of various port operations. The utility of the developed model is demonstrated using a case study which helps in achieving efficient utilization of berths, stockyard and rake loading stations.
机译:在本文中,对散装材料端口的操作进行了研究,以制定决策支持模型,该模型涉及港口的动态和辅助动态,以更好地决策在不同的场景中。 在这里,我们描述了港口当局与终端进口煤炭有关的各种决定。 我们优化这些决策,目的是最大限度地减少港口船舶在港口的卸货时间,牲畜园中的拥塞以及装载耙子的时间。 提出了一种练习导向的决策支持模型,以帮助港口规划者制定这些决定。 各种操作规则嵌入模型内,用于执行各种端口操作的建模。 使用案例研究证明了开发模型的效用,有助于实现泊位,饲料和耙子装载站的高效利用。

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