High-altitude object throwing detection method based on monitoring video

Abstract

The invention relates to a high-altitude object throwing detection method based on a monitoring video. The invention provides the high-altitude object throwing detection method based on a monitoring video. According to the technical scheme, the high-altitude parabolic object detection method based on the monitoring video is characterized by comprising the following steps: acquiring the monitoring video marked with a parabolic object detection label; segmenting the monitoring video into a plurality of small videos; acquiring a detection server resource condition for parabolic detection, and distributing the small videos to different detection servers; and obtaining parabolic information generated after the detection server detects the parabolic object. The invention is suitable for the field of high-altitude object throwing detection.

Description

technical field [0001] The invention relates to a monitoring video-based high-altitude parabolic detection method. It is suitable for the field of high-altitude parabolic detection. Background technique [0002] High-altitude parabolic is called "the pain hanging over the city". This kind of behavior is not only uncivilized, but also brings huge hidden dangers to social security. Moreover, because most of the incidents occurred in high-level places, there were few witnesses, and the throwing time was short, it was difficult for law enforcement agencies to pursue the legal responsibility of the throwers after the incident, which made such throwing incidents common and repeated. [0003] As a frequent problem in the community, high-altitude parabolic objects are related to the stability of social security and the safety of people's lives. However, only relying on traditional ideological and moral propaganda can not achieve very good results, especially in high-rise residentia...

AI Technical Summary

Problems solved by technology

[0009] The dedicated high-altitude parabolic detection camera along the way ranges from two to three thousand to tens of thousands of yuan. Since each building has to install several, the overall cost is high

Since one of the characteristics of high-altitude parabolas is that the frequency of occurrence is extremely low, there is a problem with real-time detection of parabola cameras or servers or other edge computing devices, that is, more than 99% of intelligent computing is wasted, wasting computing resources, wasting electricity bill

These devices run uninterrupted for a year, and the electricity consumed is almost the same as the cost of the device itself, which shows that the cost is high

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