Anomaly Detection of Spectrum in Wireless Communication via Deep Autoencoder. - Qingsong Feng; Zheng Dou; Chunmei Li; Guangzhen Si (CSA/CUTE, 2016)

Generalized Multi-linear Mixed Effects Model. - Chao Li 013; Lili Guo; Zheng Dou; Guangzhen Si; Chunmei Li (CSA/CUTE, 2016)

A Novel Digital-Analog Integrated Communication System Based on the PARATUCK-2 Model. - Chunmei Li; Zheng Dou; Guangzhen Si; Meiyu Wang (DSP, 2018)

An Adaptive Resource Allocation Model With Anti-Jamming in IoT Network. - Zheng Dou; Guangzhen Si; Yun Lin 005; Meiyu Wang (IEEE Access, 2019)

A Relay Selection Algorithm in Energy Harvesting Ad-hoc Networks with Interference Constraints. - Guangzhen Si; Zheng Dou; Yun Lin 005; Meiyu Wang (VTC Fall, 2021)

A power allocation algorithm based on cooperative Q-learning for multi-agent D2D communication networks. - Zheng Dou; Guangzhen Si; Yun Lin 005; Meiyu Wang (Phys. Commun., 2021)

Transfer Learning Promotes 6G Wireless Communications: Recent Advances and Future Challenges. - Meiyu Wang; Yun Lin 005; Qiao Tian 002; Guangzhen Si (IEEE Trans. Reliab., 2021)

A Hybrid Spectrum Prediction Model Based on Deep Learning. - Jing Xia; Zheng Dou; Lin Qi 006; Guangzhen Si (ICPR, 2022)

Relay Selection and Secure Connectivity Analysis in Energy Harvesting Multi-Hop D2D Networks. - Guangzhen Si; Zheng Dou; Yun Lin 005; Lin Qi 006; Meiyu Wang (IEEE Commun. Lett., 2022)

TERFDA: Tensor Embedding RF Domain Adaptation for varying noise interference. - Meiyu Wang; Hang Jiang; Qiao Tian 002; Jiangzhi Fu; Guangzhen Si (Phys. Commun., 2023)

Wavelet Domain Frequency Steganography Backdoor Attack for Misleading Automatic Modulation Classification. - Sicheng Zhang; Longfei Li; Zixin Li; Haichao Zhang; Guangzhen Si; Yu Wang 078; Guan Gui 001; Yun Lin 005 (IEEE Internet Things J., 2024)

Feature-Imitation Federated Learning: An Efficient Approach for Specific Emitter Identification in Low-Resource Environments. - Jibo Shi; Bin Ge; Hang Jiang; Ruichang Yang; Guangzhen Si; Yu Wang 078; Guan Gui 001; Yun Lin 005 (IEEE Trans. Cogn. Commun. Netw., 2024)