Pilot Contamination with MITM Attack. - Yu Huang; Liang Jin; Hongquan Wei; Yangming Lou; Xiaolei Kang (VTC Spring, 2017)

High-Rate Secret Key Generation Method Using Two-Way Random Signal. - Shengjun Zhang; Liang Jin; Yangming Lou; Kaizhi Huang; Zhou Zhong (CyberC, 2018)

A Two-Layer Secure Quantization Algorithm for Secret Key Generation With Correlated Eavesdropping Channel. - Henglei Jin; Kaizhi Huang; Shuaifang Xiao; Yangming Lou; Xiaoming Xu 002; Yajun Chen (IEEE Access, 2019)

Secret Key Generation With Cross Multiplication of Two-Way Random Signals. - Liang Jin; Shengjun Zhang; Yangming Lou; Xiaoming Xu; Zhou Zhong (IEEE Access, 2019)

Achieving one-time pad via endogenous secret keys in wireless communication. - Liang Jin; Xu Wang; Yangming Lou; Xiaoming Xu (ICCC, 2020)

Separating Multi-Stream Signals Based on Space-Time Isomerism. - Liang Jin; Yangming Lou; Xiaoming Xu; Zhou Zhong; Hu Wang (WCSP, 2020)

Native Security Scheme Based on Physical Layer Chain Key for Encryption and Authentication. - Liang Jin; Xiaoyan Hu; Xiaoli Sun; Yangming Lou; Kaizhi Huang; Zhou Zhong; Xiaoming Xu 002 (WCNC Workshops, 2021)

Multi-path separation and parameter estimation by single DMA in fading channel. - Yangming Lou; Liang Jin; Xiaoli Sun; Xiaoming Xu; Zhou Zhong (IET Commun., 2022)

Research On Multipath Separation And Parameter Estimation Algorithm Based On DHA. - Lilong Hou; Liang Jin; Shuaifang Xiao; Yangming Lou; Xiaoyan Hu; Yajun Chen (ICASSP Workshops, 2023)

Joint radio frequency front-end and digital back-end antijamming scheme based on a metasurface antenna array. - Yangming Lou; Liang Jin; Wenyu Jiang; Shuaifang Xiao (Frontiers Inf. Technol. Electron. Eng., 2023)

Multi-stream signals separation based on space-time-isomeric (SPATIO) array using metasurface antennas. - Yangming Lou; Liang Jin; Huiming Wang; Zhou Zhong; Junyan Dai (Sci. China Inf. Sci., 2024)

A physical layer secret key consistency enhancement scheme using constellation decision information. - Zheyuan Deng; Liang Jin; Xiaoyan Hu; Zhou Zhong; Yangming Lou; Ge Niu (Secur. Saf., 2024)