A Non-Stationary Geometry-Based Channel Model for IRS-Assisted UAV-MIMO Channels. - Chenjun Cao; Zhuxian Lian; Yajun Wang 002; Yinjie Su; Biao Jin 005 (IEEE Commun. Lett., 2021)

Distributed power allocation for cognitive tracking based on non-cooperative game in decentralized netted radar. - Biao Jin 005; Xiaofei Kuang; Yu Peng; Zhenkai Zhang; Biao Wang 002; Si Li; Zhuxian Lian (Digit. Signal Process., 2022)

Geometry-Based UAV-MIMO Channel Modeling Assisted by Intelligent Reflecting Surface. - Zhuxian Lian; Pingping Ji; Yajun Wang 002; Yinjie Su; Biao Jin 005; Zhenkai Zhang; Zhibin Xie; Si Li (IEEE Trans. Veh. Technol., 2022)

Low-sidelobe waveform design for integrated radar-communication systems based on frequency diversity array. - Haozheng Wu; Biao Jin 005; Zhenkai Zhang; Zhuxian Lian; Zhaoyang Xu; Xiaohua Zhu 001 (IET Signal Process., 2023)

Waveform design and signal processing for integrated radar-communication system based on frequency diversity array. - Haozheng Wu; Biao Jin 005; Zhaoyang Xu; Xiaohua Zhu 001; Zhenkai Zhang; Zhuxian Lian (Digit. Signal Process., 2023)

Joint allocation of transmit power and signal bandwidth for distributed cognitive tracking radar network using cooperative game. - Biao Jin 005; Xiaofei Kuang; Shujin Liu; Zhenkai Zhang; Zhuxian Lian (Digit. Signal Process., 2023)

Heartbeat information prediction based on transformer model using millimetre-wave radar. - Bojun Hu; Biao Jin 005; Hao Xue; Zhenkai Zhang; Zhaoyang Xu; Xiaohua Zhu 001 (IET Biom., 2023)

A Novel Geometry-Based 3-D Wideband Channel Model and Capacity Analysis for IRS-Assisted UAV Communication Systems. - Zhuxian Lian; Yinjie Su; Yajun Wang 002; Pingping Ji; Biao Jin 005; Zhenkai Zhang; Zhibin Xie (IEEE Trans. Wirel. Commun., 2023)

Optimal Polarization Design for Distributed MIMO Radar Networks: A Stackelberg Game Perspective. - Biao Jin 005; Shujin Liu; Zhenkai Zhang; Zhuxian Lian; Zhaoyang Xu; Xiaohua Zhu 001 (IEEE Trans. Aerosp. Electron. Syst., 2023)

Interference-Robust Millimeter-Wave Radar-Based Dynamic Hand Gesture Recognition Using 2-D CNN-Transformer Networks. - Biao Jin 005; Xiao Ma; Zhenkai Zhang; Zhuxian Lian; Biao Wang 002 (IEEE Internet Things J., 2024)

Geometry-Based UAV-MIMO Channel Model for Intelligent Reflecting Surface-Assisted Communication Systems. - Yuhao Wang; Zhuxian Lian; Yajun Wang 002; Yinjie Su; Biao Jin 005; Zhenkai Zhang (IEEE Trans. Veh. Technol., 2024)

Physics-Based Channel Modeling for IRS-Assisted mmWave Communication Systems. - Zhuxian Lian; Wendi Zhang; Yajun Wang 002; Yinjie Su; Bibo Zhang; Biao Jin 005; Biao Wang 002 (IEEE Trans. Commun., 2024)

Gesture-mmWAVE: Compact and Accurate Millimeter-Wave Radar-Based Dynamic Gesture Recognition for Embedded Devices. - Biao Jin 005; Xiao Ma; Bojun Hu; Zhenkai Zhang; Zhuxian Lian; Biao Wang 002 (IEEE Trans. Hum. Mach. Syst., 2024)

Sparsity-Driven Gesture Recognition Using Lightweight TCNFormer Networks in Millimeter-Wave Radar. - Hao Wu; Biao Jin 005; Zhenkai Zhang; Zhuxian Lian; Baoxiong Xu; Jin Liang; Xiangqun Zhang 001; Genyuan Du 001 (IEEE Trans. Instrum. Meas., 2025)

SRDST: Effective Dynamic Gesture Recognition With Sparse Representation and Dual-Stream Transformers in mmWave Radar. - Biao Jin 005; Hao Wu; Zhenkai Zhang; Zhuxian Lian; Xiangqun Zhang 001; Genyuan Du 001 (IEEE Trans. Ind. Informatics, 2025)

Power Allocation for Cooperative Localization in Decentralized Distributed Radar Networks: A Nash Bargaining Game Approach. - Biao Jin 005; Shujin Liu; Zhenkai Zhang; Zhuxian Lian; Biao Wang 002 (IEEE Trans. Aerosp. Electron. Syst., 2025)

Robust Transmit Beamforming in MIMO Dual-Functional Radar-Communication Systems for Unidirectional Multi-User Communication. - Haozheng Wu; Biao Jin 005; Zhenkai Zhang; Chenguang Shi; Jianjiang Zhou (IEEE Trans. Veh. Technol., 2025)

T-D3QN: Deep Reinforcement Learning Based Digitalizing Bit Allocation for Target Tracking in Underwater Wireless Sensor Networks. - Biao Jin 005; Chao Liu; Zhenkai Zhang; Zhuxian Lian; Biao Wang 002; Xiangqun Zhang 001; Genyuan Du 001 (IEEE Trans. Aerosp. Electron. Syst., 2025)