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Research on the Best Routing Algorithm of Terminal Distribution Based on the Random Factor of Road Hustling Degree 被引量:1
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作者 陈子侠 《Journal of Shanghai Jiaotong university(Science)》 EI 2007年第3期416-420,426,共6页
Dijkstra algorithm is a basic algorithm to analyze the vehicle routing problem (VRP) in the terminal distribution of logistics center. According to the actual client demands of service speed and quality, the conceptio... Dijkstra algorithm is a basic algorithm to analyze the vehicle routing problem (VRP) in the terminal distribution of logistics center. According to the actual client demands of service speed and quality, the conceptions of economical distance of delivery and the best routing algorithm were given on the base of the Dijkstra algorithm with consideration of a coefficient of the road hustle degree. Economical distance of delivery is the shortest physical distance between two customers. It is the value of goods delivery in shortest distance when concerning factors such as the road length, the hustle degree, the driveway quantity, and the type of the road. The improved algorithm is being used in the development and application of a distribution path information system in the terminal distribution of logistics center. The simulation and practical case prove that the algorithm is effective and reasonable. 展开更多
关键词 logistics and distribution system best routing algorithm road hustling degree geography informationsystem (GIS)
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Obtain the optimal of logistics delivery network with annealing algorithm
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作者 Duan Jingmin Chang Yuejun +1 位作者 Li Zanxiang Cui Jianming 《Engineering Sciences》 EI 2013年第6期44-47,共4页
Simulated annealing(SA) algorithm is a heuristic algorithm,proposed one approximation algorithm of solving optimization combinatorial problems inspired by objects in the annealing process of heating crunch. The algori... Simulated annealing(SA) algorithm is a heuristic algorithm,proposed one approximation algorithm of solving optimization combinatorial problems inspired by objects in the annealing process of heating crunch. The algorithm is superior to the traditional greedy algorithm,which avoids falling into local optimum and reaches global optimum. There are often some problems to find the shortest path,etc in the logistics and distribution network, and we need optimization for logistics and distribution path in order to achieve the shortest,best,most economical,and so on. The paper uses an example of SA algorithm validation to verify it,and the method is proved to be feasible. 展开更多
关键词 SA algorithm global optimum logistics and distribution network
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