Intelligent traffic crossing control method

Abstract

This invention relates to one road intelligent control method, which operates in the road traffic control system composed of infrared receiver, emission, single machine and road traffic lamps to control traffic lamp switch time, wherein, it uses two sets of infrared receivers, emission test road real time flow; then according to test road car flow, random control traffic lamp switch time to make the traffic control for intelligent degree; two sets of infrared receiver and emission device to test infrared receiver number with one block with one car default.

Description

technical field [0001] The invention relates to a method for intelligent control of intersection traffic, which belongs to the technical field of urban traffic control and management. Background technique [0002] Traffic light controllers are provided at crossings in large and medium-sized cities at present, and most of the crossing traffic control methods based on the work of this controller adopt manual pre-set timing control methods. The disadvantage of this method is that the intersection traffic control has not yet reached the level of intelligent traffic control, which often leads to traffic jams at the intersection. [0003] Another intersection traffic control method adopts a single-chip microcomputer to execute a timing algorithm, which needs to complete the following operations: (1) communicate with the control center through an optical cable; (2) execute traffic control algorithms; (3) receive camera images; (4) ) communicate with the microwave detector; (5) com...

AI Technical Summary

Problems solved by technology

The disadvantage of this method is that the intersection traffic control has not yet reached the level of intelligent traffic control, which often leads to traffic jams at the intersection

[0003] Another intersection traffic control method uses a single-chip microcomputer to perform a timing algorithm. This method needs to complete the following operations: (1) communicate with the control center through an optical cable; (2) execute traffic control algorithms; (3) receive camera images; (4) ) communicate with the microwave detector; (5) communicate with the ground sense coil; (6) control the traffic lights; (7) control the traffic signs, but still cannot meet the requirements of the intelligent traffic control method for the traffic light controller

The disadvantage of the method described is that the procedure is cumbersome, it needs to be operated in a complex intersection traffic control system, the operating cost is high, and it cannot completely get rid of manual control

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