Fast car-hailing method and system for short-range Bluetooth hotspot positioning

Abstract

The invention discloses a method and a system for quick taxi booking based on short-distance Bluetooth hotspot positioning. The method includes the following steps: after receiving a Bluetooth searchsignal triggered by a passenger, polling and searching for Bluetooth hotspots according to a preset algorithm to obtain a primary driver list of online booked taxi drivers; screening out information of drivers in an order listening state from the primary driver list according to order receiving rules to form a secondary driver list; and traversing the Bluetooth hotspots in the secondary driver list to get the first Bluetooth hotspot meeting threshold distance matching conditions, pairing the driver corresponding to the Bluetooth hotspot with the passenger, and pushing order information to thesuccessfully paired driver and passenger. Passengers and drivers are matched based on short-distance Bluetooth hotspots. Through data querying and processing, data content needed to create orders is calculated, and orders are directly created according to the operating state and real-time distance of drivers and pushed to passengers and drivers. Therefore, orders can be established with the highest efficiency, and the taxi taking efficiency of passengers and the response rate of drivers are greatly improved.

Description

Technical field [0001] The invention relates to the technical field of network car-hailing, in particular to a fast car-hailing method and system for short-distance Bluetooth hot spot positioning. Background technique [0002] With the development of the mobile Internet, intelligent transportation systems have become popular, and a variety of mobile Internet-based ride-hailing services have appeared on the market. In the existing car-hailing service software, after the passengers start the passenger app, they start to load the map, mark the acquired GPS location of the user on the map, and display the coordinate information of all vehicles within a certain range on the map. Enter the origin and destination to initiate a car-hailing request. The server receives the request and pushes it to the matching driver through the dispatch system. After the driver-side App receives the car-hailing request, the order-taking service is realized by clicking the confirm button. [0003] In the a...

AI Technical Summary

Problems solved by technology

[0005] The above-mentioned patent is based on the data connection between the Bluetooth module and the single-chip microcomputer to transmit the location information of the user and the vehicle. It only realizes the data interconnection of the driver-end device, and does not use Bluetooth to filter non-short-range vehicles, and does not solve the problem of moving vehicles. The demand for quick matching with passengers within a short distance, and at the same time, it does not solve the demand for short-distance and fast ordering, that is, the need to send a car without relying on inputting the origin and destination

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