Vehicle scheduling method and device, equipment and computer storage medium

Abstract

The invention provides a vehicle scheduling method and device, equipment and a computer storage medium. The vehicle scheduling method comprises the following steps: for a server end, receiving a uservehicle-taking request sent by a client end; according to the user vehicle-taking request, judging whether the user vehicle-taking request can trigger an unmanned vehicle hailing function; if the uservehicle-taking request can trigger the unmanned vehicle hailing function, carrying out path planning according to the user vehicle-taking request and generating a manned vehicle order and an unmannedvehicle order; and matching a user portrait with the generated unmanned vehicle order, and if the unmanned vehicle order is matched, sending the matched unmanned vehicle order and the manned vehicleorder to the client end, or otherwise, sending the manned vehicle order to the client end. By judging whether the user vehicle-taking request can trigger the unmanned vehicle hailing function and carrying out user portrait and unmanned vehicle order matching, the method can dispatch vehicles in the manned vehicle and unmanned vehicle coexistence stage, thereby giving full play to the advantages ofmanned and unmanned vehicles, and accurately and efficiently meeting user vehicle-taking demand.

Description

【Technical field】 [0001] The present invention relates to the technical field of intelligent transportation, in particular to a vehicle dispatching method, device, equipment and computer storage medium. 【Background technique】 [0002] With the development of autonomous driving technology, more and more vehicles are equipped with autonomous driving capabilities, and operating vehicles with autonomous driving capabilities as taxis or online car-hailing vehicles will become a major mode of transportation in the future . Before the unmanned vehicle technology is fully mature and replaces manned vehicles, there will be a special transition stage, which has two characteristics: 1) unmanned vehicles and manned vehicles will be on the road at the same time; 2) unmanned vehicles It can meet some travel services, but due to technical, policy, infrastructure and other reasons, unmanned vehicles cannot operate full-time, all-weather, and on all roads. [0003] Due to the current limit...

AI Technical Summary

Problems solved by technology

Before the unmanned vehicle technology is fully mature and replaces manned vehicles, there will be a special transition stage, which has two characteristics: 1) unmanned vehicles and manned vehicles will be on the road at the same time; 2) unmanned vehicles It can meet some travel services, but due to technical, policy, infrastructure and other reasons, unmanned vehicles cannot operate in full-time, all-weather, and all-way sections

[0003] Due to the current limitations of unmanned vehicles, it is not appropriate to apply manned vehicle scheduling methods to dispatch unmanned vehicles; and the existing technology for unmanned vehicle scheduling is mainly based on the fully mature unmanned vehicle technology. Or for dispatching in special scenarios such as scenic spots, there is no matching vehicle dispatching method for the current transitional stage where unmanned vehicles and manned vehicles coexist

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