Car-pooling method and system based on trajectory information

Abstract

The present invention discloses a car-pooling method and system based on trajectory information. The car-pooling method comprises steps as follows: reading the trajectory information of users; implementing similarity comparison and analysis on the trajectory information to determine target users; and pushing car-pooling information to the target users to implement car-pooling. According to the mode, tracks of the users can be automatically analyzed and matched by using the car-pooling method disclosed by the invention; and meanwhile, highly-targeted car-pooling schemes can be pushed to the users with car-pooling demands so as to facilitate daily travelling of the users, reduce manual operations and improve the user experience.

Description

technical field [0001] The invention relates to the technical field of navigation, in particular to a carpooling method and system based on trajectory information. Background technique [0002] Carpooling is currently very popular both at home and abroad, and many cities have developed carpooling services. The rapid development and application of Internet of Things technology is closely related to people's social life, and car-hailing software such as Didi and Kuaiche have become widely popular. [0003] The National Two Sessions in 2016 also made it clear that travel methods such as carpooling and carpooling should be encouraged. The Ministry of Communications and other relevant departments are also actively exploring related operating modes to encourage the development of sharing modes such as carpooling and carpooling. [0004] Compared with traditional travel methods, carpooling can greatly save road vehicles and alleviate the increasingly serious traffic congestion and...

AI Technical Summary

Problems solved by technology

[0005] However, in the current carpooling method, users usually use the client APP to actively contact car owners who have passed the same route, and it is usually done temporarily, so the adaptability is poor. In most cases, users need to wait, or even wait. To get a car, this also adds time cost to users; at the same time, car owners also need to take the initiative to find people who need a ride, so they also need to take the initiative to send information, and at the same time need to wait for feedback, and often the vehicle cannot stop temporarily, it can only be in motion Waiting for feedback, so if you do not receive feedback, it is a waste of time. If you receive feedback, you may have left the original area and cannot carpool in time

At the same time, the driver is required to operate while driving, distracting the driver's attention and easily causing traffic accidents, so this method is not advisable

More importantly, because this method is temporary carpooling, it cannot meet the carpooling needs of users with periodic travel plans

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