Fleet management method, device, system, electronic device, storage medium

Abstract

The invention provides a fleet management method, device, system, electronic equipment and storage medium. The fleet includes at least a command vehicle, and the command vehicle stops at one or more intermediate stations in the process of driving to the destination station. The fleet management method includes: before the command vehicle stops at an intermediate station, it determines the carrying demand of the bearing objects at the intermediate station ; The command vehicle judges whether the remaining load capacity of the fleet where the command vehicle is located at the intermediate station is greater than or equal to the carrying demand; if not, the command vehicle requests the request information of the support vehicle through V2V broadcast; When receiving information, the command vehicle sends the driving data to the support vehicle through V2V, so that the support vehicle will join the fleet as a slave vehicle; the command vehicle controls the fleet to stop at the intermediate station, carry the objects of the intermediate station, and drive to the next intermediate station. The invention effectively reduces the waiting time of the demanders during transportation and the driver of the support vehicle does not need to be familiar with the transportation route.

Description

technical field [0001] The present invention relates to the technical field of communication applications, in particular to a fleet management method, device, system, electronic equipment, and storage medium. Background technique [0002] In the prior art, the carrying capacity of passenger transport or logistics is limited by the capacity of transport vehicles. When the capacity of the transport vehicle is insufficient, passengers are usually sent to crowd the transport vehicle (or the goods are piled up on the transport vehicle), making the car too crowded, the safety of the car cannot be guaranteed, and the transport vehicle is likely to be overloaded and affect the transportation. The driving safety of the vehicle. In addition, passengers who fail to squeeze into the transport vehicle cannot be transported in time due to the need to wait for the next transport vehicle, resulting in a long queue; or goods that cannot be loaded into the transport vehicle will also need to...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the carrying capacity of passenger transport or logistics is limited by the capacity of transport vehicles

When the capacity of the transport vehicle is insufficient, passengers are usually sent to crowd the transport vehicle (or the goods are piled up on the transport vehicle), making the car too crowded, the safety of the car cannot be guaranteed, and the transport vehicle is likely to be overloaded and affect the transportation. vehicle safety

In addition, passengers who fail to squeeze into the transport vehicle cannot be transported in time due to the need to wait for the next transport vehicle, resulting in a long queue; or goods that cannot be loaded into the transport vehicle will also need to wait for the next transport vehicle , unable to deliver in time, resulting in an increase in warehouse storage costs

[0003] In order to solve this problem, usually when the transportation demand is greater than the remaining carrying capacity of the transportation vehicle, it is necessary to report the situation to the dispatch center and send additional vehicles to support through the dispatch center, but this method still causes the demander to wait for a long time , and drivers who are familiar with the route must be on call to support at any time

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