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Dealing with Large MDPs, Case Study of Waterway Networks Supervision

机译:处理大型MDP,水路网络监管案例研究

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Inland waterway networks are likely to go through heavy changes due to a will in increasing the boat traffic and to the effects of climate change. Those changes would lead to a greater need of an automatic and intelligent planning for an adaptive and resilient water management. A representative model is proposed and tested using MDPs with promising results on the water management optimization. The proposed model permits to coordinate multiple entities over multiple time steps in order to avoid a flood in the waterway network. However, the proposed model suffers a lack of scalability and is unable to represent a real case application. The advantages and limitations of several approaches of the literature are discussed according to our case study.
机译:内河航道网络可能会由于需要增加船只通行的意愿以及气候变化的影响而发生重大变化。这些变化将导致对自适应和弹性水管理的自动和智能计划的更大需求。提出了一个具有代表性的模型,并使用MDP对其进行了测试,并在水管理优化方面取得了可喜的成果。所提出的模型允许在多个时间步长上协调多个实体,以避免水路网络中的洪水。但是,提出的模型缺乏可扩展性,并且不能代表实际案例。根据我们的案例研究,讨论了几种文献方法的优缺点。

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