Photoelectric-and-radar-combination parking space detecting system

Abstract

The invention relates to a photoelectric-and-radar-combination parking space detecting system. The system comprises a photoelectric image processing module, a radar extension module and an upper computer module, wherein the photoelectric image processing module is used for imaging a detection area in real time, and obtaining the parking space detection result; the parking space detection result of the radar extension module is received and fused with the parking space detection result of a photoelectric sensor; the upper computer module is used for outputting and displaying the fused final parking space detection result. According to the photoelectric-and-radar-combination parking space detecting system, the photoelectric technology and the radar technology are combined, visualization of a photoelectric image and the anti-disturbance performance of a radar signal are fully used, the accuracy and the adaptability of parking space detection are improved, and the installing cost and the maintenance cost are reduced, and the function of automatic detection of roadside parking spaces and ground-parking-lot parking spaces can be achieved. By means of the system, multiple parking spaces can be monitored at the same time, and the efficiency of seeking parking spaces is improved.

Description

technical field [0001] The invention belongs to the field of intelligent security monitoring, and in particular relates to a photoelectric and radar composite parking space detection system, which can realize the automatic detection function of roadside and ground parking spaces. Background technique [0002] With the continuous development of economic globalization and industrialization, car travel has provided convenience for people's daily life, but the rapid growth of the number of cars has also brought about a series of social problems such as traffic congestion and parking difficulties. The traditional parking space management model has been unable to make effective use of the scarce parking resources. Parking difficulties, high labor costs, and arbitrary charges have occurred from time to time. Therefore, in the case of a limited number of existing parking spaces, we should consider how to increase the utilization rate of parking spaces, improve the management of park...

AI Technical Summary

Problems solved by technology

The parking guidance system based on omni-directional visual sensors obtains video information in the parking lot through omni-directional visual sensors, and uses image processing methods to detect the status of parking spaces. It has the characteristics of visualization, easy installation and maintenance, etc., but natural factors such as weather and light conditions will affect the detection effect

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