Destination parking space intelligent recommendation system and method based on parking space status monitoring

Abstract

The invention relates to computer vision technology, which discloses a destination parking space intelligent recommendation system and method based on parking space state monitoring, using computer vision technology to realize parking space detection and monitoring, improve detection accuracy, reduce costs, and integrate with Internet technology The fusion will release the detection results to the user, saving the time of the user looking for a parking space. It uses computer vision technology to detect the status of parking spaces in the parking lot in real time, and uses the Internet to send the real-time detection results to the information processing and publishing module of the cloud server. The information processing and publishing module collects the parking space information of each parking lot through the Internet , and carry out parking lot information statistics; when the user queries the user destination information sent by the platform, the cloud server matches the destination information with the parking lot, and feeds the matched information back to the query platform, and finally the platform uses the received matching information Recommended user parking lot.

Description

technical field [0001] The invention relates to computer vision technology, in particular to an intelligent recommendation system and method for a destination parking space based on parking space state monitoring. Background technique [0002] The progress of urban construction and economic development has fully developed the motor vehicle market, and the increasing number of private cars has also brought about the problem of parking difficulties. If the user can grasp the effective information of the parking space status of the destination in advance, the driving route can be reasonably planned, thereby saving a lot of time that may be wasted. [0003] At present, some intelligent parking space information management systems and methods use sensors to capture light changes when vehicles enter or leave, or use ultrasonic, geomagnetic sensors, and infrared detection technologies as parking space detection modules. Inaccurate and highly susceptible to interference from enviro...

AI Technical Summary

Problems solved by technology

[0003] At present, some intelligent parking space information management systems and methods use sensors to capture light changes when vehicles enter or leave, or use technologies such as ultrasonic, geomagnetic sensors, and infrared detection as parking space detection modules. Inaccurate and highly susceptible to interference from environmental factors, and both require a large number of hardware sensor devices, requiring a lot of material resources and maintenance requirements

[0004] Other methods of collecting parking space information based on cameras use technologies such as license plate recognition and vehicle model matching, which have high computational intensity and complex algorithms, resulting in serious system delays and poor real-time performance.

There are also some designs that collect pictures of parking spaces and return the pictures to users or management intermediaries for manual judgment, resulting in unnecessary waste of human resources and high requirements for communication links

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