Traffic signal lamp control system based on CLY Point1 algorithm

Abstract

The invention discloses a traffic signal lamp control system based on a CLY Point1 algorithm. The system comprises a central management module, a network transmission module and an area control module. The next level of the area control module is provided with a traffic signal control module. The traffic signal control module is provided with a pedestrian real-time feedback and strain module and a signal lamp intelligent strain module. The traffic signal control module comprises an intervention control module, a parameter configuration module, a parameter read-write module, a state monitoring module, an algorithm processing module and a safety verification module. The algorithm processing module is located at the next level of the safety verification module. The algorithm processing module adopts a CLY Point1 algorithm to carry out traffic signal control. By temporarily controlling the working mode of the traffic signal lamp group, the red lamp turns into the green lamp after flashing for several seconds, so that pedestrians in emergency can conveniently pass through the traffic light intersection, the working mode of the traffic signal lamp is more humanized, and convenience is provided for passing of the pedestrians.

Description

technical field [0001] The invention relates to a traffic signal lamp control system in the field of road traffic, in particular to a traffic signal lamp control system based on the CLYPoint1 algorithm. Background technique [0002] The traffic signal control system is a real-time networked control system for regional traffic signals that integrates modern computer, communication and control technologies. Query and monitoring, with the functions of fault location of intersection signal lights, real-time upload and download of timing schemes, recording and management of operation logs, remote login control of multiple users and authority management. [0003] The traffic signal light is a signal light for commanding traffic operation. It is composed of red light, green light and yellow light. Pedestrian crossing signal lights, direction indicator lights, namely arrow signal lights, lane signal lights, flashing warning lights and road and railway level crossing signal lights. ...

AI Technical Summary

Problems solved by technology

[0006] Purpose of the invention: the purpose of the present invention is to provide a kind of traffic light control system based on CLY Point1 algorithm, to overcome in the above-mentioned two kinds of modes of changing traffic light in the background technology, the manual change of traffic policeman needs the traffic policeman to command traffic at the crossing, and presetting Set the time period of the traffic lights. The working mode changes the traffic lights indication mode and time only after setting the time. It cannot adapt to the situation of the intersection in real time.

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