[1] ZHENG X HRUAN W JYUAN Qet al.Principles and test of wideband monopulse radar imaging［C］//The 4th International Conference on Signal Processing.Beijing:IEEE1998:1489-1492.

[2] SUTOR TWITTE FMOREIRA A.New sector imaging radar for enhanced vision:SIREV［C］//SPIE3691En-hanced and Synthetic Vision.OrlandoFL:SPIE1999:39-47.

[3] ZHENG Y BYU K B, CHAN D S K.Pronys method for monopulse 3D imaging using stepped frequency waveform ［C］//International Symposium on Optical Science Engineering and Instrumentation.San DiegoCA:SPIE, 1998:308-314.

[4] RICHARDS M A.Iterative noncoherent angular superresolution［C］//National Radar Conference.Ann ArborMI:IEEE1988:100-105.

[5] WU YZHANG YMAO D Qet al.Forward-looking angular super-resolution for moving radar platform with complex deconvolution［C］//IGARSS 2018-2018 IEEE International Geoscience and Remote Sensing Symposium.Valencia:IEEE2018:6484-6487.

[6] BERENSTEIN C APATRICK E V.Exact deconvolution for multiple convolution operatorsan overviewplus performance characterizations for imaging sensors［J］.Proceedings of the IEEE1990, 78(4):723-734.

[7] ZENG TWANG Z ZLIU F Fet al.An improved frequency-domain image formation algorithm for mini-UAV-based forward-looking spotlight BiSAR systems［J］.Remote Sensing202012(17):2680.

[8] ZHANG Q HWU J JLI Z Yet al.PFA for bistatic forward-looking SAR mounted on high-speed maneuvering platforms［J］.IEEE Transactions on Geoscience and Remote Sensing201957(8):6018-6036.

[9] LI Z YLI S CLIU Z Tet al.Bistatic forward-looking SAR MP-DPCA method for space-time extension clutter suppression［J］.IEEE Transactions on Geoscience and Remote Sensing202058(9):6565-6579.