An economical logistics transportation and distribution method for the Internet of Things

Abstract

The invention discloses an economical logistics transportation distribution method oriented to the Internet of Things, comprising the following steps: scanning the current logistics transportation system, counting all transportation stations, transportation networks and transportation vehicle information; applying RFID technology to count the current time of each transportation station Cargo information to be sent; scan the empty vehicles in all transportation stations, and assign the assembly information of the goods to each vehicle; for a selected empty vehicle, calculate the distance from the transportation station where the vehicle is located to all other transportation stations The shortest transportation path among them; select a transportation path as the transportation path of the current vehicle; calculate the cargo transportation plan sent by the current transportation station according to the assembly task assignment process of the given transportation path. The logistics transportation distribution method of the present invention can increase the loading rate of the vehicles in the logistics transportation process as much as possible, and at the same time, the goods at the farthest destination node are preferentially selected for assembly each time, which can improve the sequential delivery capability of the goods.

Description

technical field [0001] The invention relates to an economical logistics transportation and distribution method oriented to the Internet of Things. Background technique [0002] At present, in order to improve operating efficiency, the logistics industry often tries to improve the efficiency of logistics transportation as much as possible. However, the goods received by logistics companies every day are in the process of dynamic changes all the time. In the entire logistics system, every receiving station of goods is receiving new goods to be sent all the time, and the goods at each station are also in the process of transportation and circulation at all times. The traditional method of logistics transportation and distribution often divides the entire logistics transportation system into several areas, arranges fixed transport vehicles between each area, and regularly sends logistics materials. This kind of material distribution plan does not take into account the factors ...

AI Technical Summary

Problems solved by technology

This kind of material distribution plan does not take into account the factors of dynamic changes in the amount of materials that need to be sent between the various stations, and at the same time, it cannot dynamically adjust the transportation plan according to the changes in the quantity of goods to be transported on each line in a timely manner. Therefore, In the process of transportation, it is often prone to dissatisfaction with the loading of vehicles, or the backlog of goods at some stations. Therefore, it is necessary to design a more optimized logistics transportation and distribution plan to improve the efficiency of cargo transportation.

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