Waybill processing method and device, computer readable storage medium and electronic equipment

Abstract

The invention relates to a waybill processing method and device, a computer readable storage medium and electronic equipment. The method comprises the following steps: acquiring first information of a to-be-assigned waybill and second information of a candidate deliveryman corresponding to the to-be-assigned waybill; according to the first information, obtaining a first prediction value of the freight capacity occupancy rate of the to-be-assigned waybill; for each candidate deliveryman, estimating a first cost value of the candidate deliveryman for delivering the waybill to be assigned according to the first information and second information of the candidate deliveryman; determining a target deliveryman according to the first predicted value and the plurality of first cost values; and assigning the waybill to be assigned to the target deliveryman. When the target deliveryman is determined, the existing scheduling decision (i.e., the first cost value) is optimized through the first predicted value of the future transport capacity occupancy rate of the waybill, and the transport capacity is fully utilized, so that the transport capacity distribution is better matched with the waybill structure, the overtime risk is reduced, and the waste of the zero waybill transport capacity is avoided; therefore, the overall delivery efficiency of the waybill scheduling system is improved.

Description

technical field [0001] The present disclosure relates to the technical field of delivery, and in particular, to a waybill processing method, device, computer-readable storage medium, and electronic equipment. Background technique [0002] In the existing waybill scheduling system, when a waybill to be assigned is generated, it first estimates the distance cost and time cost of the candidate courier corresponding to the waybill to be assigned to deliver the waybill to be assigned, and assigns the waybill to be assigned to the distance cost and time cost. The candidate delivery person with the smallest sum of time cost. Since the above scheduling process only considers static decisions at each moment, and the current decision affects the transportation capacity in the future (wherein, the transportation capacity refers to the deployment of mechanical equipment and personnel engaged in transportation, for example, in the process of order delivery, the delivery personnel can be ...

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