Online car-hailing docking method and device based on lane marking, storage medium and system

Abstract

The invention discloses an online car-hailing docking method based on lane marking. The method comprises the following steps: receiving address information sent by a user terminal; wherein the addressinformation comprises lane marking information and interest point information which are obtained by performing lane marking on a road in advance on a map; wherein the interest point information comprises boarding and alighting point information of the interest point; wherein the interest points are divided into a plurality of boarding and alighting points in advance on the map; generating corresponding path information according to the address information; and sending the path information to the user terminal and the vehicle owner terminal receiving the online car-hailing order. Correspondingly, the invention further discloses an online car-hailing docking device based on lane marking, a computer readable storage medium and an online car-hailing docking system based on lane marking. By the adoption of the technical scheme, accurate butt joint between the online taxi-hailing driver and the passenger can be achieved, and butt joint time is shortened.

Description

technical field [0001] The present invention relates to the field of online car-hailing services, in particular to a lane marking-based online car-hailing connection method, device, computer-readable storage medium and system. Background technique [0002] At present, electronic navigation maps have become an indispensable tool for people to travel, especially for online car-hailing users. Users place an order online through the online car-hailing platform, and then the driver and passengers The electronic navigation map provided by the car platform will be docked, and the passenger will be connected to the point of interest selected by the passenger to complete the itinerary. [0003] However, the electronic navigation location provided by the existing online car-hailing platform Figure 1 Generally not accurate, it can only locate a large range including points of interest. The online car-hailing platform does not have a clear description of which direction the driver is c...

AI Technical Summary

Problems solved by technology

[0003] However, the electronic navigation location provided by the existing online car-hailing platform Figure 1 Generally not accurate, it can only locate a large range including points of interest. The online car-hailing platform does not have a clear description of which direction the driver is coming from and which side of the road he is walking on. At the same time, the online car-hailing platform The car platform also does not know which side of the road the passenger is waiting for. As a result, after the passenger successfully places an online car-hailing order, the driver often arrives at the predetermined point of interest but cannot find the passenger, because the passenger may be on the road. On the other side of the opposite lane in different directions, whether the driver re-detours to pick up the passenger or the passenger crosses the road to take the car, it will take longer for the docking

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