Order pushing method and order confirmation method for network taxi taking

Abstract

The invention provides an order pushing method and an order confirmation method for network taxi taking and particularly relates to the internet field. According to the order pushing method for network taxi taking, various kinds of resource information are comprehensively matched; compared with the situation that orders are sent to all drivers within a certain range regardless of order conditions, driver conditions and road conditions and consequently system resources are wasted in the prior art, various kinds of resource information such as order information, driver information and traffic information are obtained in advance, specific contents in the three kinds of the information are matched and calculated, a driver who possibly can receive an order is confirmed within a certain range to serve as a driver to be confirmed, the order sent by a passenger is sent to the driver to be confirmed so that order pushing can be finished, it is guaranteed that the order of the passenger can be effectively received, and meanwhile system resource waste caused by invalid passenger order pushing to a system is reduced.

Description

technical field [0001] The invention relates to the field of the Internet, in particular to an order push method for online taxi-hailing and an order confirmation method for online taxi-hailing. Background technique [0002] With the rise of the automation industry, the number of family cars has been greatly improved, and the number of vehicles per capita has also been greatly improved. But in many cases, the family car cannot be used anytime and anywhere according to the needs of the user. For example, the use of the family car is also restricted to a certain degree due to the influence of factors such as business trips and travel restrictions in other places. In view of this, the importance of the taxi industry has been improved to a certain extent. The traditional way of hailing a taxi is to wave to stop. Be in empty driving state (there is no passenger on the car), then then further ask whether this passenger needs to take a taxi service. This default way of hailing a ...

AI Technical Summary

Problems solved by technology

[0011] However, the network taxi-hailing service in the prior art calls all the drivers within the specified range every time when calling through the dispatching server, but in fact, most drivers do not need it, or it is impossible to After receiving the order (for example, the passengers on the car have a long way to go before reaching the destination, so the order cannot be accepted), so the existing push method will occupy too many useless system resources, resulting in a waste of system resources

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