Method for implementing intelligent interactive service between taxi driver and passenger by position service and cloud computation

Abstract

The invention relates to a method for implementing intelligent interactive service between a taxi driver and a passenger by position service and cloud computation. The method includes differentiating time intervals at first; matching by a cloud computation platform according to characteristics of taxi taking in peak hours and off-peak hours, the location and the destination of the passenger and the location and the taxi delivery location of a taxi so as to create a smooth communication channel between the passenger and the driver; realizing communication between the passenger and the taxi driver by voice interphone; and finally forming an optical order for interactive service between the passenger and the taxi. By the method, problems of waste of transport capacity of the taxi industry and 'difficulty in taxi taking' of passengers are effectively solved, taxi taking efficiency is greatly improved, the 'rate of unoccupied taxis' is reduced, social cost is saved, the service quality and the service level of the taxi industry are improved, effective urban traffic management tools are provided for local traffic management departments, urban traffic environments are effectively improved, and the traffic quality is enhanced for travel of the public.

Description

technical field [0001] The invention relates to a method for realizing taxi-calling service through a wireless communication network by using a mobile terminal, position service, voice technology and cloud computing technology, and in particular to a method for realizing intelligent interactive service for taxi drivers and passengers through position service and cloud computing. Background technique [0002] Urban traffic is an important part of urban life, just like the arteries of the human body, maintaining the operation of the entire city. With the improvement of people's living standards and the acceleration of the pace of life, taxis, as an important part of urban traffic, are increasingly becoming a means of transportation for more urban people. However, with the increase in demand for taxis and the complexity of urban traffic conditions, the problem of "difficulty in taking taxis" in major and medium-sized cities across the country is widespread, and the contradictio...

AI Technical Summary

Problems solved by technology

In the case of high oil prices, this "blind empty driving" of taxis causes a lot of waste, which invisibly increases operating costs

[0006] On the one hand, there is "excess capacity", and on the other hand, passenger demand cannot be met. This kind of conflict between drivers and passengers leads to the problem of "difficulty in taking a taxi"

[0007] In the prior art, the problem of difficulty in taking a taxi is also alleviated by calling a taxi by phone. Passengers send taxi information to the call center, and the call center sends taxi information to unspecified taxis, and sets a pre-emptive response mode to facilitate passengers The problem with this method of interactive services with taxis is that it requires a transfer service through a mobile network call center, and passengers have to wait for a long time. When facilitating interactive services, taxis often do not know where the passengers are, and they are looking for passengers everywhere. , in the process of searching, passengers may be waved by passengers on the side of the road and miss the passengers who are called by electric call, and the passengers who are called by electric call need to send out the boarding signal again, and the waiting time is long, which leads to the inefficiency of interactive services

In addition, in the prior art, interested taxi drivers are searched for by phone or text messages. Whether the driver is answering the phone or reading text messages while driving, there are potential dangers, and this method is not advisable.

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