Monitoring method, device, electronic equipment and storage medium of high-altitude parabola

Abstract

An embodiment of the present invention provides a method, device, electronic device, and storage medium for high-altitude parabolic monitoring. The method includes: acquiring video information of the current monitoring scene, and performing dynamic background modeling on the current monitoring scene through normal distribution , to obtain the background image of the monitoring scene; according to the background image, determine whether a foreground image appears in the image information; when a foreground image appears in the image information, continue to acquire the motion information of the foreground image, And calculate the motion track of the foreground image according to the motion information; judge whether the foreground image is a parabola based on the motion track of the foreground image. By performing background modeling on the current monitoring scene, the background image is separated from the foreground image, and whether the foreground image is a high-altitude parabola can be judged separately, and whether there is a high-altitude parabola can be judged in real time, thereby improving the monitoring effect of the high-altitude parabola.

Description

technical field [0001] The invention relates to the technical field of artificial intelligence, in particular to a monitoring method, device, electronic equipment and storage medium of a high-altitude parabola. Background technique [0002] With the development of real estate, the floors of newly built residential quarters are getting higher and higher, and the problem of high-altitude parabolic objects is becoming more and more prominent. Most of the current residential areas are equipped with surveillance cameras to monitor the situation in the community. When a high-altitude parabolic event occurs, relevant personnel can call and view it according to the surveillance video of the high-altitude parabolic event. However, the specific high-altitude parabolic situation requires Manually checking frame by frame or through slow-motion lens, not only the workload is heavy, but also prone to omissions, and it is impossible to find high-altitude parabolic situations in time. Ther...

AI Technical Summary

Problems solved by technology

Most of the current residential areas are equipped with surveillance cameras to monitor the situation in the community. When a high-altitude parabolic event occurs, relevant personnel can call and view it according to the surveillance video of the high-altitude parabolic event. However, the specific high-altitude parabolic situation requires Manual viewing frame by frame or through slow-motion lens, not only the workload is heavy, but also prone to omissions, and it is impossible to find high-altitude parabolic situations in time

Therefore, the existing monitoring effect of high-altitude parabolic events is not good

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