A Novel Circuit-based MIMO Channel Model Considering Antenna Size and Mutual Coupling. - Jiajun Gao; Cheng-Xiang Wang 001; Jie Huang 004; Yue Yang 017 (WCSP, 2021)

Channel Capacities of Non-Stationary 6G Massive MIMO Channels with Mutual Coupling Verified by Channel Measurements. - Yue Yang 017; Yi Zheng; Cheng-Xiang Wang 001; Jie Huang 004 (PIMRC, 2022)

Comparisons of Channel Characteristics and Capacities of Three 5G/B5G Wireless Channel Models. - Yue Yang 017; Cheng-Xiang Wang 001; Jie Huang 004 (VTC Spring, 2022)

A Novel Ultra-Massive MIMO Beam Domain Channel Model for 6G Maritime Communications. - Yi Zheng; Yue Yang 017; Cheng-Xiang Wang 001; Jie Huang 004; Rui Feng 002 (GLOBECOM, 2023)

A Novel Beam Domain Channel Model for Orbital Angular Momentum Communication Systems with Massive Uniform Circular Array. - Wenxie Ji; Cheng-Xiang Wang 001; Jie Huang 004; Yue Yang 017 (VTC2023-Spring, 2023)

A Novel GBSM for Holographic MIMO Communication Systems. - Zheng-Rong Jin; Yue Yang 017; Jie Huang 004; Cheng-Xiang Wang 001; Qiuming Zhu (VTC2023-Spring, 2023)

Degree of Freedom and Channel Capacity Studies of Near-Field Holographic MIMO. - Qingyin Ma; Jie Huang 004; Yue Yang 017; Cheng-Xiang Wang 001; Junling Li (ICCT, 2024)

A Novel 6G Continuous-Space Channel Model Based on Electromagnetic Information Theory. - Qingyin Ma; Cheng-Xiang Wang 001; Jie Huang 004; Yue Yang 017 (WCNC, 2024)

Characteristics and Channel Capacity Studies of a Novel 6G Non-Stationary Massive MIMO Channel Model Considering Mutual Coupling. - Yue Yang 017; Cheng-Xiang Wang 001; Jie Huang 004; John S. Thompson (IEEE J. Sel. Areas Commun., 2024)

Electromagnetic Information Theory: Fundamentals and Applications for 6G Wireless Communication Systems. - Cheng-Xiang Wang 001; Yue Yang 017; Jie Huang 004; Xiqi Gao 001; Tie Jun Cui; Lajos Hanzo (IEEE Wirel. Commun., 2024)

A 3D Continuous-Space Electromagnetic Channel Model for 6G Tri-Polarized Multi-User Communications. - Yue Yang 017; Cheng-Xiang Wang 001; Jie Huang 004; John Thompson 001; H. Vincent Poor (IEEE Trans. Wirel. Commun., 2024)