[1] W D Wu, B Zhang, Y F Hong, et al. Design of co-aperture antenna for airborne infrared and synthetic aperture radar. Chinese Optics, 13, 595-604(2020).

[2] P P Zhang, H B Luo, M R Ju, et al. An improved capsule and its application in target recognition of SAR images. Infrared and Laser Engineering, 49, 20201010(2020).

[3] Y Xu, Y Gu, D L Peng, et al. SAR ATR based on disentangled representation learning generative adversarial networks and support vector machine. Optics and Precision Engineering, 28, 727-735(2020).

[4] K Y Guo, H C Yin, X Q Sheng. Research on scattering center modeling for radar target. Chinese Journal of Radio Science, 35, 106-115(2020).

[5] G J Wen, G Q Zhu, H C Yin, et al. SAR ATR based on 3D parametric electromagnetic scattering model. Journal of Radar, 6, 115-135(2017).

[6] B Y Ding, J R Zhong, C H Ma, et al. SAR target reconstruction visualization enhancement based on attributed scattering center model. Journal of Radar, 2, 499-506(2013).

[7] R H Zhan, J M Hu, J Zhang. A novel method for parametric estimation of 2D geometrical theory of diffraction model based on compressed sensing. Journal of Electronics & Information Technology, 35, 419-425(2013).

[8] J K Zhang, K F Ji, X W Xing, et al. Feature extraction and analysis of attributed scattering centers on SAR targets. Radar Science and Technology, 9, 207-213(2011).

[9] H Zhang, S L Zhang, S J He. Parameter estimation of attributed scattering centers in SAR images based on amplitude-phase separation and DPSO. Journal of China Academy of Electronics and Information Technology, 14, 993-1000(2019).

[10] W Jiang, W Z Li. A new method for parameter estimation of attributed scattering centers based on amplitude-phase separation. Journal of Radar, 8, 606-615(2019).

[11] J Duan, L Zhang, J L Sheng, et al. Parameter decouple and estimation of independent attributed scattering centers. Journal of Electronics & Information Technology, 34, 1853-1859(2012).

[12] C M Tan, T F Xu, X Ma, et al. Graph-spectral hyperspectral video restoration based on compressive sensing. Chinese Optics, 11, 949-957(2018).

[13] F Z Zhu, Y Liu, X Huang, et al. Remote sensing image super-resolution based on improved sparse representation. Optics and Precision Engineering, 27, 718-725(2019).

[14] F Li, B Jiu, H W Liu, et al. Sparse representation based algorithm for estimation of attributed scattering center parameter on SAR imagery. Journal of Electronics & Information Technology, 36, 931-937(2014).

[15] X Zhang, H Z Yan, J J Zhou, et al. Extraction of 2D full polarization scattering centers based on group sparse representation. Electronics Optics & Control, 23, 26-30(2016).

[16] Y Liu. Target recognition of SAR images based on multi-level matching of attributed scattering centers. Journal of Electronic Measurement and Instrumentation, 33, 192-198(2019).

[17] B Y Ding, G J Wen, L S Yu, et al. Matching of attributed scattering center and its application to synthetic aperture radar Automatic Target Recognition. Journal of Radar, 6, 157-166(2017).

[18] B Y Ding, G J Wen, J R Zhong, et al. A robust similarity measure for attributed scattering center sets with application to SAR ATR. Neurocomputing, 219, 130-143(2017).

[19] H Ye, G Z Tan, G Li et al. De-noising nonstationary signal based on sparse representation and particle swarm optimization. Infrared and Laser Engineering, 47, 0726005(2018).

[20] H S Wu, F M Zhang, L S Wu. New swarm intelligence algorithm—wolf pack algorithm. Systems Engineering and Electronics, 35, 2430-2438(2013).

[21] X B Hui, Q Guo, P P Wu, et al. A improved wolf pack algorithm. Control and Decision, 32, 1163-1172(2017).

[22] X B Hui, Q Guo, P P Wu, et al. Adaptive grouping difference variation wolf pack algorithm. Journal of East China Normal University (Natural Science), 3, 79-87(2017).

[23] S Cao, J C An. A fast two-dimensional Otsu image segmentation algorithm based on wolf pack algorithm optimization. Computer Engineering & Science, 40, 1221-1226(2018).