[23] Ding Li, Yang Wenlong, Tang Gaoming, Cui Haipo, Li Ping*.“Geometrically-Inspired Sparse MIMO Array Design for Enhanced mm-Wave Near-Field Imaging ”. IEEE ACCESS, 2024, accepted .
[22] 丁丽, 何华港, 储得苗, 王韬, “基于同心方形网格插值处理的柱面SAR成像算法 ”. 电子与信息学报, 2024, 46(1): 249-257.. [ HTML ]
[21] Qian Zujian, Yang Wenlong, Wu Dongyang, Ding Li*.“Low-loss flexible terahertz photonic crystal fiberr ”. Opt. Eng., 2023, 62(2), 026103 . [ HTML ]
[20] Ding Li , Dong Zhaomiao, He Huagang, Zheng Qibin*.“A Hybrid GPU and CPU Parallel Computing Method to Accelerate Millimeter-Wave Imaging ”. Electronics . 2023, 12(4): 1-13. [ HTML ]
[19] Yin Tao,Ding Li*.“Transmit-receive Isolation Improvement by a Switch Sequence Adjustment for MMW Linear-arrays Imaging”. Journal of Electromagnetic Waves and Applications. 2022, 36(17): 2373-2383. [ HTML]
[18] Yin Lijuan, Wang Qiliang, Li Ping, Zhu Yiming,Ding Li*.“MIMO Array-radiation-pattern Optimization for Effective-field-of-view Enhancement in MMW Short-range Imaging ”. IEEE Transactions on Aerospace and Electronic System. 2022, 58(3): 2352-2362. [ HTML ]
[17] Zheng Qibin, Jian Yanpeng, Wang Lei, Ma Ziyue, 丁丽*.“BPSK Modulation-Based Local Oscillator-Free IQ Demodulation for Millimeter Wave Imaging ”. Journal of Sensors. 2021，2021(5596854)：1-9. [ HTML ]
[16] 陶毅,丁丽*.“利用共轭对称性的数字IQ频域校准方法”. 西安电子科技大学学报自然版. 2021， 48(2)：181-189.[ HTML ]
[15] Li Y., Wu Q., Wu J., Li P., Zheng Q. and Ding L.*,“Estimation of High-Frequency Vibration Parameters for Terahertz SAR Imaging Based on FrFT with Combination of QML and RANSAC”. IEEE Access, 2021, 9: 5484-5496.[ HTML ]
[14] Wu Shuxian, Ding Li* , Li Ping, Zhu Yiming,“ Millimeter-Wave SAR Sparse Imaging With 2-D Spatially Pseudorandom Spiral-Sampling Pattern”. IEEE Transactions on Microwave Theory and Techniques, 2020, 68(11): 4672-4683. [ HTML ]
[13] Li Y , Ding Li , Zheng Qibin , et al,“A Novel High-Frequency Vibration Error Estimation and Compensation Algorithm for THz-SAR Imaging Based on Local FrFT”. Sensors (Basel, Switzerland), 2020, 20(9): 1-13. [ HTML ]
[12] Ye Guoyao, Zhang Zixin, Ding Li*, Zhu Yiming,“GAN-based Focusing-enhancement Method for Monochromatic Synthetic Aperture Imaging”. IEEE sensors journal, 2020, 14(8). [ HTML ]
[11] Ding Li, Wu Shuxian, Li Ping, Zhu Yiming,“Millimeter-wave Sparse Imaging for Concealed Objects Based on Sparse Range Migration Algorithm”. IEEE Sensors Journal, 2019, 16(19):6721-6728. [ HTML ]
[10] Ding Li, Ye Yangyang, Ye Guoyao, Zhu Yiming,“Bistatic Synthetic Aperture Radar With Undersampling for Terahertz 2-D Near-Field Imaging”. IEEE Trans. on Terahertz Science and Technology, 2018, 8(2):174-182. [ HTML ]
[9] Ding Li , Wu Shuxian, Ding Xi, et al,“Off-the-Grid Sparse Imaging by One Dimensional Sparse MIMO Array”. IEEE Sensors Journal, 2018, PP(24):1-1. [ HTML ]
[8] Ding Li, Ye Yangyang, Ye Guoyao, Zhu Yiming,“Terahertz Bistatic Synthetic Aperture Radar for 1-D Near-Field High-Resolution Imaging”. Journal of Infrared, Millimeter and Terahertz Waves, 2018, 39(11):1162-1173. [ HTML ]
[7] Ding Li, Ding X., Ye Y., Zhu Y.,“Overview of Passive Terahertz Imaging Systems for Indoor Concealed Detection (in Chinese)”. Chinese Optics, 2017, 1(10):114-121.
[6] Ding Li, Ye Y., Ye G., Zhu Y.,“High-resolution Grid-independent Imaging for Terahertz 2-D Synthetic Aperture Radar with Spatial Under-sampling”. Progress in Electromagnetics Research, 2017, 160:29-39. [ HTML ]
[5] Ding Li, Chen Weidong,“MIMO Radar Sparse Imaging under Phase Mismatch”. IEEE Geoscience and Remote Sensing Letters(GRSL), 2015, 12(4):816-820. [ HTML ]
[4] Ding Li, Chen Weidong, Zhang Wen, Poor H. Vincent,“MIMO Radar Imaging with Imperfect Carrier Frequency Synchronization: A Point Spread Function Analysis”. IEEE Trans. on Aerospace and Electronic System, 2015, 51(3):2236-2247. [ HTML ]
[3] Huang Shanyong, Ding Li, Zhang W., "A Simple Multifunctional Digital Channelized Structure "[J], Radio Enginnering, vol.41 ,no.7 , April. 2011.
[2] Ding Li, Xiong Hui, et al, "A Structure of Wideband Digital Receiver Based on Two-level Channelization(in Chinese)"[J], Journal of Electronic Measurement and Instrument, vol.24 ,no.7 , Jul. 2010.[ HTML ]
[1] He Xiaodong, Ding Li, et al, "Design of high-speed data acquisition system based on band-pass sampling(in Chinese)"[J], Information and Electronic Engineering, vol.8 ,no.3 , Jun. 2010.
[11] Wan Shuai, He Huagang, Qian Zujian, Li Ping, Ding Li*.“An Intensity-density Associative Clustering Method for Big Millimeter-wave Image Data ”. International Conference on Optical and Photonic Engineering (IcOPEN), 2022, NanJin, China, Nov. 2022.
[10] Wu Dongyang, Ding Li*,“Stepped Non-coplanar Transmission Lines based on Decremental Waveguides”. 18th ICCWAMTIP, IEEE, Chengdu, China, Nov., 2021.
[9] Wenquan Zhu, Ping Li, Ding L.*,“A SIMPLE TERAHERTZ POLARIZATION-EXCITATION-BASED METHOD FOR MEASURING REFRACTIVE INDEX OF PLANAR MEDIUM”. 17th ICCWAMTIP, IEEE, Chengdu, China, Nov., 2020.
[8] Ye Guoyao , Ding L., Zhu Y.,“GAN-based Monochromatic Full-Focus THz Imaging”. 2019 IEEE International Conference on Signal, Information and Data Processing (ICSIDP). IEEE, Chongqing, China, Dec., 2019.
[7] Ding Li, Liu Changchang, Chen Weidong " Analyzing the FD-MIMO Sparse Imaging under Carrier Frequency Offsets from the Prospective of Point Spread Function;[C], the 47th Asilomar Conference on Signals, Systems, and Computers, . 2013
[6] Ding Li, Chen Weidong, Zhang Wenyi, "EM-BASED SPARSE IMAGING FOR COLOCATED MIMO RADAR UNDER PHASE SYNCHRONIZATION MISMATCH, " [C], the 38th International Conference on Acoustics, Speech, and Signal Processing, ICASSP 2013 .
[5] Ding Li, Liu Changchang, Wang Tianyun, Chen Weidong, "Sparse Self-Calibration via Iterative Minimization against Phase Synchronization Mismatch for MIMO Radar Imaging IEEE Radar Conference, " [C], IEEE Radar Conference, RadarCon 2013 .
[4] Ding Li, Liu Changchang, Chen Weidong, Zhang Wenyi, "Sparsity-driven High Resolution FDLFM-MIMO Radar "[C], Wireless Communications and Signal Processing (WCSP2012).
[3] Liu Changchang, Ding Li, Chen Weidong, "A Correction and Generalization to the Sparse Learning via Iterative Minimization Method for Target off the Grid in MIMO Radar Imaging "[C], the 46-th Asilomar Conference on Signals, Systems, and Computers. 2012.
[2] Liu Changchang, Wang Tianyun, Ding Li , Chen Weidong, " Moving Target Imaging for DVB Satellites-based Passive Radar System "[C], IEEE Radar Conference, RadarCon 2013.
[1] Liu Changchang, Wang Tianyun, Ding Li , Chen Weidong, "Sparse Imaging for Passive Radar System based on Digital Video Broadcasting Satellites "[C], Wireless Communications and Signal Processing (WCSP2012).
[5] 丁丽 “毫米波三维成像和目标检测技术”. 江苏北方湖光光电有限公司, 无锡, 20221202.
[4] 丁丽,李银伟,“快速高分辨毫米波三维成像技术”. 全国设备监测诊断与维护学术会议大会, 福州, 20200818.
[3] 丁丽,吴淑娴,“毫米波稀疏MIMO-SAR三维层析成像技术”. 中国光学年会, 中国科学技术大学(合肥), 20190809.
[2] 丁丽,“毫米波稀疏MIMO-SAR高分辨成像技术”. 2019 毫米波年会邀请报告, 上海, 201906.
[1] 丁丽,“毫米波波谱与成像技术”. 北京理工大学分数域信号与系统课题组, 北京, 20191221.
[10] 丁丽，李银伟，李萍，朱亦鸣，尹丽娟等,“一种基于单站阵型映射到MIMO阵型的设计方法”.ZL202011171211.6, 2022/06/17.
[9] 丁丽, 董朝淼，鲍佳宸,“GPU加速的三维RMA算法程序V1.0”.登记号 2021SR1951017, 2021/05/01.
[8] 丁丽,李萍，董朝淼，鲍佳宸,“基于C++和Matlab 混合编码的雷达成像系统上位机软件”.登记号 2021SR1967349, 2021/06/01.
[7] 丁丽等,“基于布鲁斯特角测量的毫米波物质介电常数测量系统”.ZL201810200665. 2020/3/20.
[6] 丁丽,赵天乐,李萍,“用于高维矩阵遍历运算的并行加速软件”.登记号 2020SR1185398, 2020/06/09, 2020/09/29.
[5] 丁丽,鲍佳辰,李萍,“GPU加速的二维柱面傅里叶变换软件”.登记号 2020SR1185404, 2020/04/07, 2020/09/29.
[4] 丁丽等,“基于多发多收阵列的毫米波近场稀疏成像方法”.ZL201611180361.4, 2019/04/16.
[3] 丁丽等,“低采样点数下的毫米波高分辨率成像方法”.ZL201610956984.X, 2019/01/04.
[2] 丁丽等,“毫米波单点频下抑制目标厚度影响的二维孔径成像算法”.ZL201610727400.1, 2018/11/13.
[1] 丁丽等,“一种近场毫米波双站合成孔径一维成像的方法”.ZL201610985807.4, 2018/11/20.