Intelligent guiding system based on road Internet of Things monitoring

Abstract

The invention provides an intelligent guiding system based on road Internet of Things monitoring, and belongs to the field of road and traffic engineering. The system comprises a sensor used for monitoring environment, traffic and structure information and sending the monitoring information to a gateway; the gateway used for directly controlling the lighting and flickering form of the guide lamp group in the communication area according to the received monitoring information, forwarding the received monitoring information to a cloud platform, and receiving a control instruction issued by the cloud platform to control the lighting and flickering form of the guide lamp group in the communication area; and the cloud platform used for analyzing and processing the received monitoring information and sending a control instruction to the gateway in the corresponding road network area according to a processing result. By adopting the system, the guide lamp group deployed in the road network can be controlled through the monitored information so that active guide for different scenes is realized.

Description

technical field [0001] The invention relates to the field of road and traffic engineering, in particular to an intelligent guidance system based on road Internet of Things monitoring. Background technique [0002] Signs on the road are important facilities to ensure traffic safety. Common traffic signs, road studs, markings, etc. are designed with reflective light. At night or in low light conditions, their bright reflective effect can effectively enhance people's recognition ability. , Play a warning and guiding role, so as to avoid accidents and reduce casualties. [0003] However, these reflective designs are passive safety measures. Although they are simple and easy to implement, they cannot adjust the warning and guidance strategy according to changes in the external environment, and cannot effectively respond to emergencies. For example, in an environment with low visibility, because the light of the car lights cannot shine on the markings or signboards, it loses its ...

AI Technical Summary

Problems solved by technology

[0003] However, these reflective designs are passive safety measures. Although simple and easy to implement, they cannot adjust the warning and guidance strategy according to changes in the external environment, and cannot effectively respond to emergencies

For example, in an environment with low visibility, because the light of the car light cannot shine on the marking line or the signboard, it loses the warning and guiding function

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