Advanced IDD receiver for PDMA uplink system. - Bin Ren; Xinwei Yue; Wanwei Tang; Yingmin Wang; Shaoli Kang; Xiaoming Dai; Shaohui Sun (ICCC, 2016)

Link Performance Estimation Technique for PDMA Uplink System. - Bin Ren; Yingmin Wang; Shaoli Kang; Xiaoming Dai; Xinwei Yue; Wanwei Tang; Kai Niu 001 (IEEE Access, 2017)

Performance Analysis of Cooperative Pattern Division Multiple Access (Co-PDMA) in Uplink Network. - Wanwei Tang; Shaoli Kang; Bin Ren (IEEE Access, 2017)

On the Performance of PDMA With Decode-and-Forward Relaying in Downlink Network. - Wanwei Tang; Shaoli Kang; Xueqian Fu; Xinwei Yue; Xiurong Zhang (IEEE Access, 2018)

Enhanced CSI Acquisition for FDD Multi-User Massive MIMO Systems. - Fangchao Zhang; Shaohui Sun; Qiubin Gao; Wanwei Tang (IEEE Access, 2018)

Uplink pattern division multiple access in 5G systems. - Wanwei Tang; Shaoli Kang; Bin Ren; Xinwei Yue; Xiurong Zhang (IET Commun., 2018)

Design of MIMO-PDMA in 5G mobile communication system. - Wanwei Tang; Shaoli Kang; Jinlong Zhao; Yinpu Zhang; Xiurong Zhang; Zhenyu Zhang 014 (IET Commun., 2020)

Performance analysis of cooperative PDMA with AF relaying over Rayleigh fading channels. - Xiurong Zhang; Shaoli Kang; Xueqian Fu; Wanwei Tang (IET Commun., 2020)

Performance Analysis of SWIPT-NOMA Assisted Satellite-Terrestrial System with Hardware Impairments and Imperfect CSI. - Jinlong Zhao; Xinwei Yue; Wanwei Tang (APCC, 2021)

Joint Effects of Imperfect CSI and SIC on NOMA Based Satellite-Terrestrial Systems. - Jinlong Zhao; Xinwei Yue; Shaoli Kang; Wanwei Tang (IEEE Access, 2021)

Performance analysis of IRS-aided cooperative NOMA-MEC system. - Xuehua Li; Ziwei Liu; Xiequn Dong; Xinwei Yue; Wanwei Tang (IET Commun., 2022)

A novel power allocation strategy for cooperative PDMA systems. - Xiurong Zhang; Shaoli Kang; Zheng Chu 001; Wanwei Tang (Phys. Commun., 2022)

Research on improved multiple users detection algorithm in pattern division multiple access system. - Wanwei Tang; Lixia Wang; Zedai Wang; Guofeng Han; Jinlong Zhao; Xinwei Yue (Digit. Signal Process., 2023)