代表性成果 | 发表论文: [1] Pinjiao Zhao*, Qisong Wu, Liwei Wang, Liangtian Wan and Guobing Hu, Zero-Redundancy Sparse Array Configuration Design Based on Sum-Difference Coarray. IEEE Signal Processing Letters, 2024, 31, 436-440. [2] Pinjiao Zhao*, Qisong Wu, Zhengyu Chen, Liwei Wang and Liangtian Wan. Generalized Nested Array Configuration Family for Direction-of-Arrival Estimation. IEEE Transactions on Vehicular Technology, 2023, 72(8): 10380-10392. [3] Pinjiao Zhao*, Guobing Hu, Zhiyu Qu, Liwei Wang. Enhanced Nested Array Configuration With Hole-Free Co-Array and Increasing Degrees of Freedom for DOA Estimation[J]. IEEE Communications Letters, 2019, 23(12): 2224-2228. [4] Pinjiao Zhao*, Guobing Hu, Hongcheng Zhou. An Off-Grid Block-Sparse Bayesian Method for Direction of Arrival and Polarization Estimation[J]. Circuits, Systems, and Signal Processing, 2020. [5] Pinjiao Zhao*, Qisong Wu, Na Wu, Guobing Hu, Liangtian Wan. k-Level Extended Sparse Array Design for Direction-of-Arrival Estimation[J]. Electronics 2022, 11, 3911. [6] Pinjiao Zhao*, Guobing Hu, Liangtian Wan. A novel sparse array configuration with low coarray redundancy for DOA estimation in mobile wireless sensor network[J]. Mobile Information Systems, 2021. [7] Pinjiao Zhao*, Guobing Hu, Liwei Wang. A Sliding Window Data Compression Method for Spatial-Time DOA Estimation[J]. International Journal of Antennas and Propagation, 2021. [8] Pinjiao Zhao*, Ke Wang, Guobing Hu, Liangtian Wan. Underdetermined DOA Estimation Using Unfold Coprime Array From the Perspective of Sum-Difference Co-Array[J]. IEEE Access, 2019, 7: 168557-168564. [9] Pinjiao Zhao*, Weijian Si, Guobing Hu and Liwei Wang, DOA Estimation for a Mixture of Uncorrelated and Coherent Sources Based on Hierarchical Sparse Bayesian Inference with a Gauss-Exp-Chi2 Prior,International Journal of Antennas and Propagation, 2018, 2018: 1-12. [10] Pinjiao Zhao*, Guobing Hu and Liwei Wang, A Dimensionality Reduction MUSIC Method for Joint DOA and Polarization Estimation in the PRDRF System Using SSSC-EVSA,Progress In Electromagnetics Research, 2018, 75: 39-48. [11] Guobing Hu, Pinjiao Zhao. Confidence Test for Blind Analysis of BPSK Signals[J]. IEEE Transactions on Aerospace and Electronic Systems, 2018, 55(2): 658-675. [12] Guobing Hu, Pinjiao Zhao, Zhengyu C, et al. Confidence evaluation for blind analysis of LFM/BPSK hybrid signals based on extreme value theory[J]. IET Radar, Sonar & Navigation, 2018, 13(3): 473-482. [13] Guobing Hu, Zhengyu Chen, Pinjiao Zhao. Graph-Based Confidence Verification for BPSK Signal Analysis under Low SNRs. Signal Processing, 2022: 108898. 专利: [1] 赵嫔姣,胡国兵,陈正宇,陈恺,蒋凌瑕.“一种低冗余率的稀疏阵列设计方法”, 发明专利 授权专利号:ZL202110788746.3, 2023年. [2] 赵嫔姣,胡国兵,陈正宇,陈恺,蒋凌瑕.“一种DOA和极化参数估计方法”, 发明专利 授权专利号:ZL201911305688.9, 2021年. [3] 司伟建, 赵嫔姣, 曲志昱, 侯长波, 张春杰, 张朝柱, 乔玉龙, 王利伟. “一种稀疏贝叶斯学习框架下混合信号DOA估计方法”, 发明专利,授权专利号:ZL201710606186.9, 2020年. [4] 赵嫔姣,胡国兵,陈正宇,王利伟,魏华阳,叶世豪.“一种基于数据压缩的空时联合测向方法”,申请日期:2021年7月15日,授理号:202110801421.4. [5] 赵嫔姣, 胡国兵, 陈正宇, 蒋凌瑕, 孙绪杰, 张雅茹, 纪铭.“一种基于重组嵌套阵列构型的DOA估计方法”,申请日期:2021年11月9日,授理号:202111320604.0. [6] 赵嫔姣,胡国兵,杨娟,王利伟,冯博阳.一种通用嵌套阵列构型族天线及其设计方法. 申请日期:2022年10月21日,授理号:202211291302.X. [7] 赵嫔姣 胡国兵 杨娟 王利伟 陈恺. 一种k倍扩展的稀疏阵列构型天线及其设计方法. 申请日期:2022年10月19日,授理号:202211283237.6. |