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A Fleet Efficiency Factor for fleet size and mix problems using particle swarm optimisation

机译:使用粒子群算法解决车队规模和混合问题的车队效率因子

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Finding the optimal fleet composition under uncertainties is crucial for the economic success of a business. This paper presents the Fleet Efficiency Factor, a decision support tool for fleet size and mix problems and fleet composition problems. The method is based on a particle swarm optimisation algorithm combined with a stochastic model to include uncertainties into the decision-making progress. This combination allows selecting the best option out of a pool of available vessels, vehicles and aircrafts. Additionally, the FEF is based on the classical ship merit factor and thus capable of comparing different fleet compositions according to their economic efficiency, by describing the efficiency in a simple factor. A case study for the supply of an offshore platform in the high North is conducted. The approach proved to be flexible and applicable to different strategical and tactical planning problems in maritime transportation.
机译:在不确定的情况下找到最佳机队组成对于企业的经济成功至关重要。本文介绍了“车队效率因子”,这是针对车队规模和混合问题以及车队组成问题的决策支持工具。该方法基于结合了随机模型的粒子群优化算法,将不确定性纳入决策过程。这种组合允许从可用船只,车辆和飞机中选择最佳选择。另外,FEF基于经典的船舶价值因数,因此能够通过简单地描述效率,根据经济效益比较不同船队组成。进行了北部高原海上平台供应的案例研究。这种方法被证明是灵活的,适用于海上运输中的各种战略和战术计划问题。

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