Method and apparatus for providing get-on place for passenger

Abstract

The invention provides a method and apparatus for providing a get-on place for a passenger, through which the geographical position of the passenger can be analyzed, the fastest get-on place of the passenger in a walking acceptable range is calculated, the time for both sides is saved, unnecessary cost is avoided, and the taxi-taking experience for the passenger is finally enhanced. The method includes: obtaining taxi-taking information of the passenger from a passenger terminal after the passenger terminal initiates a taxi-calling service; obtaining current position information of a driver from a driver terminal after the driver terminal receives an order of the passenger; calculating the duration from a current position to an expected taxi-taking place according to a real-time road condition of a current road, position information of the expected taxi-taking place, and the current position information of the driver; determining taxi-taking places accepted by the passenger according to the position of the expected taxi-taking place and a set walking distance; and providing the taxi-taking places in accordance with a preset condition in the taxi-taking places accepted by the passenger with the combination of the duration from the current position to the expected taxi-taking place of the driver.

Description

technical field [0001] The invention relates to the technical field of a computer and its software, in particular to a method and device for providing boarding locations for passengers. Background technique [0002] The Internet vehicle call platform utilizes the characteristics of the mobile Internet to integrate online and offline. From the initial stage of taking a taxi to paying the fare online when getting off the car, it draws a perfect closed loop where passengers and drivers are closely connected and maximizes the experience of passengers taking a taxi. , due to changing the traditional way of taxi drivers waiting for passengers, let the master driver "accept orders" according to the passengers' wishes according to the destination of the passengers, saving the cost of communication between drivers and passengers, reducing the empty driving rate, and maximizing the saving of resources and time for both drivers and passengers. [0003] In the prior art, when a passenge...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, when a passenger calls a taxi in a traffic jam area, the taxi needs to pass through the traffic jam area, and it will take a long time to reach the passenger's desired boarding position because the location of the passenger is difficult to reach.

[0004] Judging from the existing technology, because taxis need to pass through areas of traffic congestion, passengers often need to wait for a long time at the original waiting place, which not only wastes the time of both parties, but also taxis may charge passengers high for empty cars costs, causing unnecessary losses to both parties

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