Low Complexity Receiver Design Using Deep Neural Network Based on Compact Sparse AutoEncoder. - Chongzheng Hao; Xiaoyu Dang; Maqsood Hussain Shah; Meng Wang; Xiangbin Yu 001 (IEEE Commun. Lett., 2020)

Improved Channel Sounding using ZC Sequences in Aeronautical Telemetry Multipath Environments. - Sai Li 004; Xiaoyu Dang; Chongzheng Hao; Maqsood Hussain Shah; Jie Li 076 (ICCT, 2021)

Achievable Rates of Asynchronous Uplink Non-orthogonal Multiple Access with GMSK. - Sai Li 004; Chaoyi Wang; Chongzheng Hao; Jie Li 076 (ICCT, 2022)

Achievable rate analysis of a generalized uplink asynchronous non-orthogonal multiple access with MSK-type signals. - Sai Li 004; Xiaoyu Dang; Xiangbin Yu 001; Chongzheng Hao; Jie Li 076 (Digit. Signal Process., 2022)

Deep Learning Based Low Complexity Symbol Detection and Modulation Classification Detector. - Chongzheng Hao; Xiaoyu Dang; Sai Li 004; Chenghua Wang (IEICE Trans. Commun., 2022)

User Association and Power Control in Cell-Free Massive MIMO with the APG Method. - Chongzheng Hao; Tung Thanh Vu; Hien Quoc Ngo; Minh N. Dao; Xiaoyu Dang; Michail Matthaiou (EUSIPCO, 2023)

Probability density function based data augmentation for deep neural network automatic modulation classification with limited training data. - Chongzheng Hao; Xiaoyu Dang; Xiangbin Yu 001; Sai Li 004; Chenghua Wang (IET Commun., 2023)

Detection of Downlink Asynchronous NOMA With MSK-Type Signal. - Sai Li 004; Xiaoyu Dang; Guanjun Xu; Xiangbin Yu 001; Chongzheng Hao; Jie Li 076 (IEEE Commun. Lett., 2023)

Transceiver design for an uplink asynchronous NOMA using MSK-type signals. - Sai Li 004; Xiaoyu Dang; Xiangbin Yu 001; Chongzheng Hao; Jie Li 076; Mingkui Feng (Signal Process., 2023)

Joint User Association and Power Control for Cell-Free Massive MIMO. - Chongzheng Hao; Tung Thanh Vu; Hien Quoc Ngo; Minh N. Dao; Xiaoyu Dang; Chenghua Wang; Michail Matthaiou (IEEE Internet Things J., 2024)

Ergodic Capacity Analysis of MSK-Type Signal-Based Uplink Asynchronous NOMA With Imperfect CSI and SIC Over Generalized Fading Channels. - Sai Li 004; Xiaoyu Dang; Xiangbin Yu 001; Chongzheng Hao; Jie Li 076; Mingkui Feng; Yunhang Lin (IEEE Trans. Veh. Technol., 2025)