A real-time image stabilization video inspection system based on selective integration

Abstract

The invention discloses a real-time image stabilization video inspection system based on selection and integration, which includes a mobile video acquisition terminal and a video stabilization processing background; it is characterized in that: the mobile video acquisition terminal includes: a video acquisition module, embedded fuzzy frame fast filtering module, video encoding and compression module and wireless video sending module; the video stabilization processing background includes: video receiving module, source video memory module, video image stabilization processing system module and image stabilization video storage system module; the video acquisition module is used to call the camera Collect images; the embedded structure design of the present invention has small volume, high integration, strong reliability, high anti-fall and anti-seismic performance, and low power consumption. While the monitored terminal completes the anti-shake function, it reduces the number of video transmission images, At the same time, the effect of speeding up the transmission is achieved.

Description

technical field [0001] The invention provides a real-time image stabilization video inspection system, in particular to a real-time image stabilization video inspection system based on selective integration. Background technique [0002] Video inspection system has been widely used in various traffic and other fields. The working effect of the video system is affected by the attitude change or vibration of its carrier at different times. Reflected on the monitor, the obtained image information is unstable and fuzzy. And this unstable image will cause fatigue to the observer, resulting in misjudgment and missed judgment. For the target automatic identification system, it will lead to missed detection and false detection. Therefore, in the moving carrier, the image stabilization of the video system is a very important issue, especially in the video inspection system with long focal length and high resolution. [0003] There are three commonly used image stabilization metho...

AI Technical Summary

Problems solved by technology

However, because the high-precision gyro-stabilized platform is not only complex in structure, but also large in size, expensive in price, and high in power consumption, it cannot be used in portable mobile inspection systems due to volume limitations.

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