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张文旭
-
副教授
博士生导师
硕士生导师
- 教师拼音名称：ZWX
- 所在单位：信息与通信工程学院
- 性别：男
- 学位：工学博士学位
- 在职信息：在职
- 学科：信息与通信工程
- 学科：信息与通信工程
访问量：
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[21]
Zhang Wenxu. A feature extraction and recognition method for interrupted sampling repeater jamming,AEU - International Journal of Electronics and Communications,[J].2024,176:155156
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[22]
Zhang Wenxu. An Intelligent Strategy Decision Method for Collaborative Jamming Based on Hierarchical Multi-Agent ,IEEE Transactions on Cognitive Communications and Networking,[J].2024,10(4):1467-1480
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[23]
Zhang Wenxu. A conjugate frequency modulation FRM method: Applications in polyphase DFT filter bank,Digital Signal Processing,[J].2024,145:104349
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[24]
Zhang Wenxu. Joint range and velocity super-resolution estimation with Doppler effects for innovative OFDM-based ,Digital Signal Processing,[J].2024,156(A):104805
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[25]
Zhang Wenxu. Aliased Frequency Estimation by Using Two Coprime Sub-Nyquist Sampling Rate,IEEE Transactions on Circuits and Systems II: Express Briefs,[J].2024,71(3):1516-1520
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[26]
Zhang Wenxu. An Interference Power Allocation Method Against Multi-Objective Radars Based on Optimized Proximal P,Signal Processing,[J].2024,230:109785
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[27]
Zhang Wenxu. Joint range and velocity fast estimation for OFDM-based RadCom shared signal,Digital Signal Processing,[J].2023,136:103990
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[28]
Zhang Wenxu. Radar specific emitter identification via the Attention-GRU model,Digital Signal Processing,[J].2023,142:104198
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[29]
Zhang Wenxu. An Online Jamming Effect Evaluation Method for Asymmetric Radar Information in Complex Electromagne,IEEE Geoscience and Remote Sensing Letters,[J].2023,20:3508505
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[30]
Zhang Wenxu. Sub-Nyquist Sampling and Gridless Frequency Estimation Based on Channelization,IEEE Signal Processing Letters,[J].2023,30:1492-1496
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[31]
Zhang Wenxu. Design of Cognitive Jamming Decision-Making System Against MFR Based on Reinforcement Learning,IEEE Transactions on Vehicular Technology,[J].2023,72(8):10048-10062
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[32]
Zhang Wenxu. Design and Implementation of FRM-Based Filter Bank with Low Complexity for RJIA,IEEE Transactions on Circuits and Systems II: Express Briefs,[J].2023,70(9):3614-3618
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[33]
Zhang Wenxu. Design and Low Complexity Implementation of FRM-Based OMFB With STB,IEEE Transactions on Circuits and Systems II: Express Briefs,[J].2023,70(8):3059-3063
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[34]
Zhang Wenxu. Generalized FRM-Based P-L Band Multi-Channel Channelizers for Array Signal Processing System,IEEE Transactions on Circuits and Systems I: Regular Papers,[J].2023,70(9):3665-3675
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[35]
张文旭. 一种基于MMF-FRM的低复杂度信道化接收机结构,电子学报,[J].2023,51(3):720-727
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[36]
Zhang Wenxu. Performance Analysis of Deep Reinforcement Learning-Based Intelligent Cooperative Jamming Method Co,Signal Processing,[J].2023,207:108965
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[37]
Zhang Wenxu. Design of a novel CEM-FRM-based low-complexity channelised radar transmitter,IET Radar, Sonar and Navigation,[J].2021,15(12):1643-1655
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[38]
Zhang Wenxu. Design of Low-Complexity IFRM-UMFB Architecture for Wideband Digital Receivers,Circuits, Systems, and Signal Processing,[J].2020,39(1):344-362
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[39]
Zhang Wenxu. Low-Complexity Channelizer Based on FRM for Passive Radar Multi-channel Wideband Receiver,Circuits, Systems, and Signal Processing,[J].2020,39(1):420-438
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[40]
Zhang Wenxu. Design and FPGA Implementation of a Novel Efficient FRM-Based Channelized Receiver Structure,IEEE Access,[J].2019,7:114778-114787
