Total variation-based method for radar coincidence imaging with model mismatch for extended target. - Kaicheng Cao; Xiaoli Zhou; Yongqiang Cheng 002; Bo Fan; Yuliang Qin (J. Electronic Imaging, 2017)

Improved focal underdetermined system solver method for radar coincidence imaging with model mismatch. - Kaicheng Cao; Xiaoli Zhou; Yongqiang Cheng 002; Yuliang Qin (J. Electronic Imaging, 2017)

Microwave computational imaging in frequency domain with reprogrammable metasurface. - Zhenlong Luo; Yongqiang Cheng 002; Kaicheng Cao; Yuliang Qin; Hongqiang Wang 001 (J. Electronic Imaging, 2018)

High-resolution Microwave Coincidence Imaging with Synthetic Aperture. - Kaicheng Cao; Zhenghui Gong; Yongqiang Cheng 002; Hongqiang Wang 001 (ICSPCC, 2021)

Azimuth Improved Radar Imaging With Virtual Array in the Forward-Looking Sight. - Jianqiu Wang; Kang Liu 009; Qingping Liu; Kaicheng Cao; Yongqiang Cheng 002; Hongqiang Wang 001 (IEEE Internet Things J., 2022)

Coherent-Detecting and Incoherent-Modulating Microwave Coincidence Imaging With Off-Grid Errors. - Kaicheng Cao; Yongqiang Cheng 002; Kang Liu 009; Jianqiu Wang; Hongqiang Wang 001 (IEEE Geosci. Remote. Sens. Lett., 2022)

Radar Forward-Looking Imaging for Complex Targets Based on Sparse Representation With Dictionary Learning. - Qingping Liu; Yongqiang Cheng 002; Kaicheng Cao; Kang Liu 009; Hongqiang Wang 001 (IEEE Geosci. Remote. Sens. Lett., 2022)

Microwave Coincidence Imaging Based on Attributed Scattering Model. - Kaicheng Cao; Yongqiang Cheng 002; Qingping Liu; Hongqiang Wang 001 (IEEE Signal Process. Lett., 2022)

Reweighted-Dynamic-Grid-Based Microwave Coincidence Imaging With Grid Mismatch. - Kaicheng Cao; Yongqiang Cheng 002; Kang Liu 009; Jianqiu Wang; Hongyan Liu 004; Hongqiang Wang 001 (IEEE Trans. Geosci. Remote. Sens., 2022)

3-D Object Imaging Method With Electromagnetic Vortex. - Jianqiu Wang; Kang Liu 009; Hongyan Liu 004; Kaicheng Cao; Yongqiang Cheng 002; Hongqiang Wang 001 (IEEE Trans. Geosci. Remote. Sens., 2022)

Radar 3-D Forward-Looking Imaging for Extended Targets Based on Attribute Scattering Model. - Qingping Liu; Yongqiang Cheng 002; Kaicheng Cao; Kang Liu 009; Hongqiang Wang 001 (IEEE Geosci. Remote. Sens. Lett., 2023)

OpBench: an operator-level GPU benchmark for deep learning. - Qingwen Gu; Bo Fan; Zhengning Liu; Kaicheng Cao; Songhai Zhang; Shi-Min Hu 001 (Sci. China Inf. Sci., 2024)