Mr. Xiaojun Lin Profile

Xiaojun Lin

at Nanjing Univ of Science and Technology

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Proceedings Article | 23 January 2023 Paper

Research on multi-scale moving target detection method under mobile platform

Xiaojun Lin, Dan Gao, Weixian Qian

Proceedings Volume 12557, 125571Y (2023) https://doi.org/10.1117/12.2651920

KEYWORDS: Target detection, Image resolution, Infrared radiation, Detection and tracking algorithms, Infrared imaging, Motion analysis, Infrared detectors, Cameras, Unmanned aerial vehicles, Feature extraction

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This paper firstly obtains a set of images with different resolutions by down-sampling the original image, so that there is always a point target in the set of images for targets of different scales. Then, according to the characteristic that the point target exhibits a Gaussian-like distribution, a curvature-based filtering algorithm is used for the group of images to suppress the background and extract the feature points. For the feature points extracted stably from multiple frames, they are correlated to form tracks. Aiming at the problem that the motion law of background points is difficult to be counted due to the insufficient number of background points in low resolution images. This paper counts and analyzes the relationship between the track velocity of background points in images with different resolutions. It is found that the average velocity fluctuation of the background points in the images with different resolutions is basically the same, and has a multiple relationship. According to this relationship, this paper adopts the method of velocity mapping to multiply the velocity of the track in the low-resolution image by the multiple relationship, and perform unified clustering with the track in the high-resolution image. This ensures that the background point track has a large number of samples and improves the stability of the clustering under the premise that the background point track has the same motion law. Through the unified clustering of all tracks, the target tracks at each resolution can be finally screened out.

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