Spectrum Sensing in Cognitive Radios Based on Multiple Cumulants. - Jun Wang 048; Guangguo Bi (IEEE Signal Process. Lett., 2010)

Multiple Cumulants Based Spectrum Sensing Methods for Cognitive Radios. - Jun Wang 048; Xiufeng Jin; Guangguo Bi; Zhiping Cao; Jiwei Huang (IEEE Trans. Commun., 2012)

Nonparametric Multicycle Spectrum Sensing Method by Segmented Data Processing for Cognitive Radio. - Jun Wang 048; Jiwei Huang; Minghui Fan; Hongjun Wang (Circuits Syst. Signal Process., 2014)

Spectrum Sensing Based on Nonparametric Autocorrelation in Wireless Communication Systems under Alpha Stable Noise. - Riqing Chen; Jun Wang 048; Ruiquan Lin; Xiangning Zhao (Mob. Inf. Syst., 2016)

Spectrum sensing with random arrivals of primary users by using multiple antennas. - Jun Wang 048; Zhe Chen; Yang Xu 042; Zhenyi Song; Riqing Chen (CITS, 2017)

Near-Optimum Nonparametric Combination Scheme for Cyclostationarity-Based Spectrum-Sensing Method. - Jun Wang 048; Jiwei Huang; Riqing Chen; Ruiquan Lin (Circuits Syst. Signal Process., 2017)

Power Allocation Strategy of Maximizing Secrecy Rate for Secure Directional Modulation Networks. - Siming Wan; Feng Shu 002; Jinhui Lu; Guan Gui 001; Jun Wang 048; Guiyang Xia; Yijin Zhang; Jun Li 004; Jiangzhou Wang (IEEE Access, 2018)

Cumulant-based blind cooperative spectrum sensing method for cognitive radio. - Jun Wang 048; Riqing Chen; Feng Shu 002; Ruiquan Lin; Wei Zhu; Jun Li 004; Dushantha Nalin K. Jayakody (Phys. Commun., 2018)

Multiple-Antenna Spectrum Sensing Method With Random Arrivals of Primary Users. - Jun Wang 048; Riqing Chen; Jiwei Huang; Feng Shu 002; Zhe Chen; Geyong Min (IEEE Trans. Veh. Technol., 2018)

A Robust Symbol Timing Synchronization Scheme for OFDM Systems Applied in a Vehicular Network. - Abdeldime Mohamed Salih Abdelgader; Feng Shu 002; Lenan Wu; Jin Wang 020; Jun Wang 048 (IEEE Syst. J., 2019)

Multiband Spectrum Sensing and Power Allocation for aCognitive Radio-Enabled Smart Grid. - Jun Wang 048; Weibin Jiang; Hongjun Wang; Yanwei Huang; Riqing Chen; Ruiquan Lin (Sensors, 2021)

SALDR: Joint Self-Attention Learning and Dense Refine for Massive MIMO CSI Feedback With Multiple Compression Ratio. - Xuan Song; Jun Wang 048; Jie Wang 024; Guan Gui 001; Tomoaki Ohtsuki; Haris Gacanin; Hikmet Sari (IEEE Wirel. Commun. Lett., 2021)

A Design of FPGA-Based Neural Network PID Controller for Motion Control System. - Jun Wang 048; Moudao Li; Weibin Jiang; Yanwei Huang; Ruiquan Lin (Sensors, 2022)

Deep Reinforcement Learning for Physical Layer Security Enhancement in Energy Harvesting Based Cognitive Radio Networks. - Ruiquan Lin; Hangding Qiu; Weibin Jiang; Zhenglong Jiang; Zhili Li; Jun Wang 048 (Sensors, 2023)

Free-Rider Games for Cooperative Spectrum Sensing and Access in CIoT Networks. - Kejian Jiang; Chi Ma; Ruiquan Lin; Jun Wang 048; Weibing Jiang; Haifeng Hou (Sensors, 2023)

A Fast Method to Defend Against SSDF Attacks in the CIoV Network: Based on DAG Blockchain and Evolutionary Game. - Fushuai Li; Ruiquan Lin; Jun Wang 048; Jinsong Hu; Feng Shu 002; Liang Wu 001 (IEEE Commun. Lett., 2023)

Research on Key Technologies for Intelligent Detection of High-Speed Railway Pantograph System Status Based on Deep learning. - Rong Wang; Shenglan Chen; Jun Wang 048; Wenchen Chen; Hai Pei (CVDL, 2024)

Blockchain and Game Theory-Based Strategies for Anti-Jamming and Eavesdropping in EH-CR Networks. - Haifeng Hou; Ruiquan Lin; Jun Wang 048; Sheng Li; Wencheng Chen (IEEE Access, 2024)

A novel resource allocation method based on supermodular game in EH-CR-IoT networks. - Jun Wang 048; Weibin Jiang; Changchun Chen; Ruiquan Lin; Riqing Chen; Hongjun Wang (Ad Hoc Networks, 2024)

Physical-Layer Security Enhancement in Energy-Harvesting-Based Cognitive Internet of Things: A GAN-Powered Deep Reinforcement Learning Approach. - Ruiquan Lin; Hangding Qiu; Jun Wang 048; Zaichen Zhang; Liang Wu 001; Feng Shu 002 (IEEE Internet Things J., 2024)

A Blockchain-Based Method to Defend Against Massive SSDF Attacks in Cognitive Internet of Vehicles. - Ruiquan Lin; Fushuai Li; Jun Wang 048; Jinsong Hu; Zaichen Zhang; Liang Wu 001 (IEEE Trans. Veh. Technol., 2024)

Anti-Jamming Resource-Allocation Method in the EH-CIoT Network through LWDDPG Algorithm. - Fushuai Li; Jiawang Bao; Jun Wang 048; Da Liu; Wencheng Chen; Ruiquan Lin (Sensors, 2024)

Defense Management Mechanism for Primary User Emulation Attack Based on Evolutionary Game in Energy Harvesting Cognitive Industrial Internet of Things. - Jun Wang 048; Hai Pei; Ruiliang Wang; Ruiquan Lin; Zhou Fang; Feng Shu 002 (IEEE Trans. Netw. Serv. Manag., 2024)

Covert Communications for Text Semantic With Finite Blocklength. - Jinsong Hu; Longjie Ye; Youjia Chen; Xuefei Zhang; Jun Wang 048; Zhizhang Chen (IEEE Wirel. Commun. Lett., 2024)

GRNN-Based Detection of Eavesdropping Attacks in SWIPT-Enabled Smart Grid Wireless Sensor Networks. - Weibin Jiang; Jun Wang 048; Kan-Lin Hsiung; Hsin-Yu Chen (IEEE Internet Things J., 2024)

A novel resource allocation method based on hierarchical deep reinforcement learning for cognitive internet of vehicles with unknown channel state information. - Jun Wang 048; Weibin Jiang; Haodong Xu; Jinsong Hu; Liang Wu 001; Feng Shu 002; Zhou Fang (Comput. Networks, 2025)

Simultaneously transmitting and reflecting (STAR) RIS enhanced covert transmission with noise uncertainty. - Jinsong Hu; Beixi Cheng; Youjia Chen; Jun Wang 048; Feng Shu 002; Zhizhang Chen (Signal Process., 2025)

Thwarting SSDF Attacks From High-Speed Movement VUs in the CIoV Network: Based on Blockchain and Stochastic Evolutionary Game. - Fushuai Li; Ruiquan Lin; Wencheng Chen; Jun Wang 048; Feng Shu 002; Riqing Chen (IEEE Internet Things J., 2025)

Physical Layer Security Enhancement in AAV-Assisted Cooperative Jamming for Cognitive Radio Networks: A MAPPO-LSTM Deep Reinforcement Learning Approach. - Jun Wang 048; Rong Wang; Zibin Zheng; Ruiquan Lin; Liang Wu 001; Feng Shu 002 (IEEE Trans. Veh. Technol., 2025)

GCAT-Based Localization of Eavesdropping Node for Power Internet of Things. - Fengying Huang; Yue Wang; Weibin Jiang; Jun Wang 048; Kan-Lin Hsiung (IEEE Internet Things J., 2025)