[1] Goyal K ,Singhai J. Recursive-learning-based moving ob- ject detection in video with dynamic environment[J]. Multi- media Tools and Applications ,2020 ,80(1) :15-20.
[2] Zhu J C ,Wang Z Z ,Wang S W ,et al. Moving object de- tection based on background compensation and deep learn- ing[J]. Symmetry Basel ,2020 ,12(12) :37-42.
[3] Cucchiara R ,Grana C ,Piccardi M ,et al. Detecting moving objects ,ghosts ,and shadows in video streams[J]. IEEE Transact - ionson Pattern Analysis and Machine Intelli - gence ,2003 ,25(10) :1337- 1342.
[4] Chen T F ,Zhao D L ,Sun L J ,et al. Mo-ving object detec- tion via RPCA framework using non - convex low - rank ap- proximation a - nd total variational regularization[J]. Sig- nal ,Image and Video Processing,2022 ,17(1) :109- 117.
[7] Bi X ,Yang S C ,Tong P P. Moving Ob -ject Detection Based on Fusion of Depth I-nformation and RGB Features[J]. Sensors ,2022 ,22(13) :4702.
[8] Huang Y ,Jiang Q H ,Qian Y. A No-vel Method for Video Moving Object Detec - tion Using Improved Independent Compone - nt Analysis[J]. IEEE Transactions on Circuits and Systems for Video Technology ,2021 ,31 ( 6 ) : 2217 -2230.
[9] Montero V J ,Jung W Y ,Jeong Y J. Fast background sub- traction with adaptive block learning using expectation value suita-ble for real-time moving object detection[J]. Journal of Real-Time Image Processing ,2021 ,18 :967-981.
[10] Biao Y ,Ling Z. Robust foreground detec-tion using block- based RPCA[J]. Optik ,2015 ,126(23) :4586-4590.
[11] Zhang H ,Qian Y ,Wang Y ,et al. A ViBe based moving targets edge detection algorithm and its parallel implementa- tion[J]. International Journal of Parallel Program - ming ,2020 ,48 : 890-908.
[16] Wang Z ,Bovik A C ,Sheike H R ,et al. Image quality as- sessment : from error visibility to structural similarity[J]. IEEE t - ransactions on image processing ,2004 ,13 ( 4) : 600-612.
[17] Ju J G ,Xing J S. Moving object detection based on smoot- hing three frame difference method fused with RPCA[J]. Multimedia Tool and Applications ,2019 ,78 ( 21) : 29937 - 29951.
[18] Lin Z C ,Chen L M ,Ma Y. The Augment-ed Lagrange Mul- tiplier Method for Exact Recovery of Corrupted Low- Rank Matrices[J]. CoRR ,2010 ,abs/1009. 5055.
[19] Tasdizen T. Principal Neighborhood Dic-tionaries for Non- local Means Image Denoi-sing[J]. IEEE Transactions on Image Proce-ssing ,2009 ,18(12) :2649-2660.
[20] Yang H H ,Qu S R. Real - time vehicle d - etection and counting in complex traffic s - cenes using background sub- traction model with low-rank decomposition[J]. IET Intelli -gent Transport Systems ,2018 ,12(1) :75- 85.
