Abstract
Logistics distribution is the core of logistics, and the optimization of vehicle routing problem is the key to logistics path optimization. Choosing a reasonable delivery route is of great significance for improving the efficiency of logistics distribution and reducing logistics cost. In view of the choice of logistics distribution route, first of all, introduce the traveling salesman problem (TSP problem), introduce the ant colony algorithm and build its mathematical model. Secondly, the important parameters in the ant colony algorithm are tested and analyzed, and the reasonable range of value is determined. Finally, taking the logistics of Nan gang District of Harbin as an example, the use of Matla B simulation results show that the scheme can optimize the logistics distribution route and improve the delivery efficiency.
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