An Iterative Adaptive Reweighted Norm Minimization Sparsity Autofocus Algorithm via Bayesian Recovery for Array SAR Imaging. - Bokun Tian; Xiaoling Zhang 002; Shunjun Wei; Jun Shi 002; Liwei Dang (IGARSS, 2018)

Efficient Autofocus for 3-D SAR Sparse Imaging Based on Joint Criterion Optimization. - Shunjun Wei; Min Yan; Bokun Tian; Lin Pu; Xiaoling Zhang 002; Jun Shi 002 (IGARSS, 2018)

A Fast Compressed Sensing 3D SAR Imaging Method Based on the Adaptive Threshold. - Bokun Tian; Xiaoling Zhang 002; Liwei Dang; Shunjun Wei (FUSION, 2019)

3D SAR Image Background Separation Based on Seeded Region Growing. - Liang Li 019; Xiaoling Zhang 002; Ling Pu; Liming Pu; Bokun Tian; Liming Zhou; Shunjun Wei (IEEE Access, 2019)

A Fast Sparse Recovery Algorithm via Resolution Approximation for LASAR 3D Imaging. - Bokun Tian; Xiaoling Zhang 002; Shunjun Wei; Jing Ming; Jun Shi 002; Liang Li 019; Xinxin Tang (IEEE Access, 2019)

Ground Moving Target 2-D Velocity Estimation and Refocusing for Multichannel Maneuvering SAR with Fixed Acceleration. - Xinxin Tang; Xiaoling Zhang 002; Jun Shi 002; Shunjun Wei; Bokun Tian (Sensors, 2019)

CSR-Net: A Novel Complex-Valued Network for Fast and Precise 3-D Microwave Sparse Reconstruction. - Mou Wang; Shunjun Wei; Jun Shi 002; Yue Wu; Qizhe Qu; Yuanyuan Zhou 007; Xiangfeng Zeng; Bokun Tian (IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens., 2020)

A Flexible Region of Interest Extraction Algorithm with Adaptive Threshold for 3-D Synthetic Aperture Radar Images. - Liang Li 019; Xiaoling Zhang 002; Bokun Tian; Chen Wang 041; Liming Pu; Jun Shi 002; Shunjun Wei (Remote. Sens., 2021)

Fast Bayesian Compressed Sensing Algorithm via Relevance Vector Machine for LASAR 3D Imaging. - Bokun Tian; Xiaoling Zhang 002; Liang Li 019; Ling Pu; Liming Pu; Jun Shi 002; Shunjun Wei (Remote. Sens., 2021)

Multitype Label Noise Modeling and Uncertainty-Weighted Label Correction for Concealed Object Detection. - Chen Wang 041; Jun Shi 002; Chongben Tao; Fenglei Xu; Xinxin Tang; Liang Li 019; Yuanyuan Zhou 007; Bokun Tian; Shunjun Wei; Xiaoling Zhang 002 (IEEE Trans. Instrum. Meas., 2023)