Vehicle efficient scheduling system and scheduling method

Abstract

The invention discloses an efficient vehicle scheduling system, and the system comprises a vehicle information input sub-module, a consignee information input sub-module, a map route matching module,a GPS positioning parameter acquisition module, a geofence creation module, a vehicle information acquisition module, a vehicle information display module and an interaction module. The invention further provides an efficient vehicle scheduling method based on the system. Dynamic data such as the position, the vehicle speed and the parking state of the vehicle are obtained in time through positioning management-vehicle positioning. The historical driving track of a freight vehicle is checked through the positioning management-historical track, and real and timely data support is provided for reasonable scheduling, so wrong commanding and low-efficiency scheduling are avoided, the scheduling number is greatly reduced, and the transportation cost is saved.

Description

technical field [0001] The invention relates to the field of logistics and freight transport, in particular to an efficient vehicle dispatching system and dispatching method. Background technique [0002] In the logistics industry, the traditional dispatching method basically adopts the form of telephone communication. This method dispatches about 6 vehicles in one hour, and dispatches 100 vehicles. It takes roughly a day for the dispatcher, and because the dispatcher cannot automatically and accurately predict the location of the vehicle, As a result, the dispatcher can only obtain the approximate location of the vehicle by asking the driver, but the reality is that the driver's answer will basically block out the information that is not good for him. Often, the driver is 100 kilometers away from the destination, but he says he will arrive in 10 minutes. This makes it impossible for the dispatcher to obtain accurate information about the vehicle in transit. [0003] Geo-fe...

AI Technical Summary

Problems solved by technology

[0002] In the logistics industry, the traditional dispatching method basically adopts the form of telephone communication. This method dispatches about 6 vehicles in one hour, and dispatches 100 vehicles. It takes roughly a day for the dispatcher, and because the dispatcher cannot automatically and accurately predict the location of the vehicle, As a result, the dispatcher can only obtain the approximate location of the vehicle by asking the driver, but the reality is that the driver's answer will basically block out the information that is not good for him. Often, the driver is 100 kilometers away from the destination, but he says he will arrive in 10 minutes. This makes it impossible for the dispatcher to obtain accurate information on the vehicle being in transit

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