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首页> 外文期刊>Transportation planning and technology >Disruption management in public transit: the bee colony optimization approach
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Disruption management in public transit: the bee colony optimization approach

机译:公共交通中的干扰管理:蜂群优化方法

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Disruptions in carrying out planned bus schedules occur daily in many public transit companies. Disturbances are often so large that it is necessary to perform re-planning of planned bus and crew activities. Dispatchers in charge of traffic operations must frequently find an answer to the following question in a very short period of time: How should available buses be distributed among bus routes in order to minimize total passengers' waiting time on the network? We propose a model for assigning buses to scheduled routes when there is a shortage of buses. The proposed model is based on the bee colony optimization (BCO) technique. It is a biologically inspired method that explores collective intelligence applied by honey bees during the nectar collecting process. It has been shown that this developed BCO approach can generate high-quality solutions within negligible processing times.
机译:在许多公共交通公司中,每天都在执行计划的公交时刻表时发生中断。干扰通常很大,因此有必要对计划的公共汽车和乘务员活动进行重新计划。负责交通运营的调度员必须在很短的时间内经常找到以下问题的答案:如何在公交路线之间分配可用的公交车,以最大程度地减少网络上乘客的总等候时间?我们提出了一种在公交车短缺时将公交车分配到预定路线的模型。所提出的模型基于蜂群优化(BCO)技术。这是一种受生物学启发的方法,可以探索蜜蜂在花蜜采集过程中所施加的集体智慧。已经证明,这种发达的BCO方法可以在可忽略的处理时间内生成高质量的解决方案。

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