A method and system for vehicle management based on video splicing

Abstract

Embodiments of the present invention provide a method and system for vehicle management based on video splicing. The method includes: acquiring video streams captured by multiple cameras in a predetermined monitoring area; video frames captured by the acquired video streams at the same time Perform splicing processing to obtain a spliced ​​video stream; identify the vehicle information of the vehicle target in the spliced ​​video stream, and analyze the driving trajectory of the vehicle target in the spliced ​​video stream based on the vehicle information; The parking start time of the vehicle target’s parking behavior and the parking end time of the vehicle target’s parking behavior in the spliced ​​video stream; based on the shooting sequence, intercept the spliced ​​video stream from the parking start time to the parking end time to obtain the Parking panoramic video footage of vehicle target. Through the present invention, the vehicle information of the parking space in the blind area can be acquired, and the panoramic process video of the parking can be completely displayed, thereby improving the management level of roadside parking.

Description

technical field [0001] The invention relates to the technical field of intelligent parking management, in particular to a method and system for vehicle management based on video splicing. Background technique [0002] In today's rapid economic development, people's living standards and income are constantly improving, and the number of motor vehicles in the city is also increasing rapidly. However, the gap of urban parking spaces is also expanding, and it is far from being able to meet the huge parking demand. The contradiction between parking demands is also becoming increasingly acute. Especially on both sides of urban roads, due to the scarcity of roadside parking spaces and the lack of traffic safety awareness of motor vehicle drivers, urban roadside parking and roadside illegal parking have become one of the chronic diseases of urban management, resulting in traffic congestion and other problems. It seriously restricts the green and rapid development of the city, and s...

AI Technical Summary

Problems solved by technology

[0003] With the maturity of high-level video technology, real-time automatic monitoring of roadside parking lots has become the main way of roadside parking management. However, due to the constraints of on-site construction and environmental factors, some surveillance cameras have blind spots and cannot supervise roadside parking lots. Side parking behavior. At the same time, the target vehicle is often blocked by other large vehicles and cannot be supervised. In addition, due to the limited shooting angle of the surveillance camera, it is impossible to clearly capture the target vehicle when the target vehicle is parked. The case of the license plate number

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