Intelligent terminal traffic condition acquisition system based on IOT

Abstract

The invention relates to the field of Internet of Things (IOT) and discloses an intelligent terminal traffic condition acquisition system based on IOT. The system uses vehicle driving speed as the basis for judging a traffic condition and solves a problem that the traffic information acquisition in the prior art is restricted by the number of samples and weather condition factors and thus data reliability is influenced. The system comprises intelligent device terminals, a device cloud server, and a storage cloud server. The intelligent device terminals are installed on respective vehicles for collecting the current position information of the vehicles and the current vehicle speed information and transmitting the information to the device cloud server. The device cloud server is used for statistic calculation according to the position information and the current vehicle speed information uploaded by the intelligent device terminals of the vehicles to obtain the traffic information of respective areas where the vehicles are located and transmit the traffic information to the storage cloud server. The storage cloud server is used for storing the traffic information of respective areas and feeding back or automatically pushing to the user the traffic information of the area where the user is located when receiving a user request.

Description

technical field

[0001] The invention relates to the field of the Internet of Things, in particular to an intelligent terminal road condition collection system based on the Internet of Things. Background technique

[0002] Cars, as the most common means of transportation in modern people's lives, are becoming more and more important. More and more cars have also brought more and more heavy traffic congestion. When choosing a car as a way of travel, you can know the traffic flow of the nearby streets The size and congestion of the network becomes particularly important.

[0003] Traditional road condition information generally uses methods such as induction coils, cameras, and radar monitoring to obtain road condition information. The real-time reflection of road condition information is limited by multiple factors such as the number of samples and weather conditions. It is becoming more and more important to have a convenient and reliable road condition collection system. I...

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