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A Partitioning Algorithm for Solving Capacitated Arc Routing Problem in Ways of Ranking First Cutting Second

机译:一种求解电容弧路由问题的分区算法,其排名第一切割秒

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Capacitated Arc Routing Problem (CARP) is one of the hot issues of logistics research. Specifically, Ranking First Cutting Second (RFCS) could be used. This research proposed a novel partitioning algorithm - the Multi-Label algorithm which obtained better TSP paths meeting the backpack limit on the basis of a complete TSP return. In addition, by experimental verification on questions in the standard question database, the experimental results showed that compared with general partitioning algorithms, for the same complete TSP return, many TSP paths with the shortest total length could be obtained by the Multi-Label algorithm.
机译:电容电弧路由问题(鲤鱼)是物流研究的热门问题之一。具体地,可以使用排序第一切割第二(RFC)。本研究提出了一种新颖的分区算法 - 基于完整的TSP返回基于完整的TSP返回,获得更好的TSP路径的多标签算法。此外,通过对标准问题数据库中的问题进行实验验证,实验结果表明,与通用分区算法相比,对于相同的完整TSP返回,可以通过多标签算法获得具有最短总长度的多个TSP路径。

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