1. Background Modeling Based on Statistical Clustering Partitioning
- Author
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Xu Zhiyong, Xiangsuo Fan, Biao Li, Jianlin Zhang, and Xiangru Wang
- Subjects
Article Subject ,Computer science ,business.industry ,General Mathematics ,General Engineering ,Contrast (statistics) ,020206 networking & telecommunications ,Pattern recognition ,02 engineering and technology ,Engineering (General). Civil engineering (General) ,Image (mathematics) ,Matrix (mathematics) ,QA1-939 ,0202 electrical engineering, electronic engineering, information engineering ,020201 artificial intelligence & image processing ,Segmentation ,Artificial intelligence ,TA1-2040 ,Cluster analysis ,business ,Mathematics ,Sparse matrix - Abstract
In order to effectively detect dim-small targets in complex scenes, background suppression is applied to highlight the targets. This paper presents a statistical clustering partitioning low-rank background modeling algorithm (SCPLBMA), which clusters the image into several patches based on image statistics. The image matrix of each patch is decomposed into low-rank matrix and sparse matrix in the SCPLBMA. The background of the original video frames is reconstructed from the low-rank matrices, and the targets can be obtained by subtracting the background. Experiments on different scenes show that the SCPLBMA can effectively suppress the background and textures and equalize the residual noise with gray levels significantly lower than that of the targets. Thus, the difference images obtain good stationary characteristics, and the contrast between the targets and the residual backgrounds is significantly improved. Compared with six other algorithms, the SCPLBMA significantly improved the target detection rates of single-frame threshold segmentation.
- Published
- 2021