Abstract
With the rapid development of logistics, customers can enjoy more convenient service. But meanwhile, the market has also put higher requirements forward the timeliness of cargo distribution. Traffic demand has increasing continuously, which has led people to tend to buy more motor vehicles. And the increasing vehicle ownership has brought great pressure on urban transportation, causing traffic congestion to become increasingly serious. However, traffic congestion sometimes has influence on the timeliness of cargo distribution. This article is based on the theory of automata and applies the real-time communication positioning technology of vehicle networking to simulate the running status of the distribution vehicles in the road network. Based on this, it designs a dynamic scheduling algorithm for the distribution vehicles' driving path, and it can optimize distribution vehicles' driving path in real time, and improve the efficiency of distribution.
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