Real time 3-D image monitoring platform for city traffic signals

Abstract

A real-time three-dimensional image monitoring platform for city traffic signal control relates to intelligent control management of the city traffic. The monitoring data of the monitoring platform derives from a road traffic controller at each road junction; each of the road traffic controllers is provided with a processing database server correspondingly. A wireless local-area network communication interface is positioned on the road traffic controller, a displaying terminal and the road traffic controller forms a monitoring network; the displaying terminal is a computer system established on an operating system in which a traffic parameter monitoring software protocol packet is stored. The traffic signal controller monitors the traffic parameters through a monitor on the controller, transmits the parameters to the respective processing database server through a piece of data communication equipment and completes data processing and the creation of dynamic scenes under control of a display program. The real-time three-dimensional dynamic display of the platform has non-direct view, animation and good effect. The real-time three-dimensional image monitoring platform also effectively utilizes the valuable resources of the existing city road traffic controllers, and prompts the level and progress of high-tech technology management of city modernization.

Description

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AI Technical Summary

Benefits of technology

This patented describes an improved way for controllers at roads that can monitor their own movements or other things about them accurately without being affected by external factors like weather patterns or obstructions from nearby structures. It enhances efficiency and accuracy during traffic managing operations while reducing stress overlooking important areas around them. Additionally, this allows operators to see how well they are doing with these systems through 3D simulations.

Problems solved by technology

The technical problem addressed in this patented text relates how to efficiently track large amounts of data from multiple sources like road networks or vehicle sensors over different periods during their lifespan without being affected negatively due to environmental factors that affect them. This would help improve efficiency and accuracy in transportation planning systems used at intersections where many roads intersect each others.

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