V2X-based vehicle distribution method, device and system

Abstract

The invention discloses a V2X-based vehicle distribution method, device and system. The method comprises the steps: obtaining potential user information of potential users, and obtaining a preset broadcast coverage area which can be covered by road test unit equipment during broadcasting; broadcasting the potential user information through a preset mode, so that the potential user information can be broadcast through the preset mode by adopting the embodiment of the invention; sending the broadcast information to any vehicle which is in the broadcast coverage area and is provided with vehicle-mounted unit equipment, judging whether to respond to a distribution request carried in the broadcast according to the potential user information, and driving to a preset waiting area corresponding to the distribution request when judging that the vehicle responds to the distribution request. Thus, the actual passenger carrying performance of the vehicle in the peak period of vehicle use is greatly improved, the actual passenger carrying performance comprises the actual passenger carrying capacity and the order rate, a large number of vehicles are prevented from being idle, and the vehicle use pressure in the peak period of vehicle use is effectively relieved.

Description

technical field [0001] The present invention relates to the field of communication technologies, in particular to a V2X-based vehicle distribution method, device and system. Background technique [0002] The traditional method of vehicle distribution is through the car-hailing platform. Specifically, the user installs the ordering application of the platform on the mobile phone. After the platform receives the user's taxi information, it dispatches the order through the platform according to the taxi information entered by the user. Only the vehicle that receives the platform dispatch task can execute the order. The task of dispatching orders, otherwise, can only idle vehicles. In this way, there are still a large number of idle vehicles during the peak period of vehicle usage. Not high, resulting in a large number of idle vehicles. [0003] Therefore, how to improve the actual passenger-carrying performance of the vehicle during the peak period of vehicle use and alleviat...

AI Technical Summary

Problems solved by technology

Specifically, the user installs the ordering application of the platform on the mobile phone. After the platform receives the user's taxi information, it dispatches the order through the platform according to the taxi information entered by the user. Only the vehicle that receives the platform dispatch task can execute the order. The task of dispatching orders, otherwise, can only idle vehicles. In this way, there are still a large number of idle vehicles during the peak period of vehicle usage. Not high, resulting in a large number of idle vehicles

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