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The design of coastal shipping services subject to carbon emission reduction targets and state subsidy levels

机译:沿海运输服务的设计要符合碳减排目标和国家补贴水平

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This paper presents a New Coastal Liner Route Design Model (NCLRDM) for coastal inter-modal networks based on the user equilibrium assignment model (UE model). The NCLRDM can determine ports of call, call sequence, ship type and service frequency simultaneously with the objective of minimizing state subsidies for coastal shipping operators under a given carbon emission reduction target for the entire intermodal network. A network-topology method (Temporal-Spatial Expansion) captures differences in traffic assignment between waterway and highway networks. A genetic and Frank-Wolfe hybrid algorithm is used to solve the NCLRDM. The model is applied to the Bohai Bay in China.
机译:本文提出了一种基于用户均衡分配模型(UE模型)的沿海多式联运网络的新型沿海线性航线设计模型(NCLRDM)。 NCLRDM可以同时确定呼叫港口,呼叫顺序,船舶类型和服务频率,目的是在给定整个联运网络碳减排目标的情况下,最大限度地减少对沿海航运运营商的国家补贴。网络拓扑方法(时空扩展)捕获水路和公路网络之间的交通分配差异。遗传和Frank-Wolfe混合算法用于求解NCLRDM。该模型已应用于中国的渤海湾。

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