Research on Incentive Algorithm of Participatory Sensing System Based on Location. - Ziyi Qi; Mingxin Liu; Yanjun Liang; Jing Chen (ICBK, 2019)

A New Side-Looking Scheme for Speed Estimation and Detection of Tangential Slow-Moving Targets. - Ziyi Qi; Xiaohong Huang; Lanpu He (Sensors, 2022)

Characterization of Wireless Channel Semantics: A New Paradigm. - Zhengyu Zhang; Ruisi He; Mi Yang; Xuejian Zhang; Ziyi Qi; Yuan Yuan 023; Bo Ai 001 (VTC Spring, 2024)

Measurement-Based Channel Characterization and Modeling for 5G-Railways at 2.16 GHz. - Xuejian Zhang; Ruisi He; Mi Yang; Shuaiqi Gao; Ziyi Qi; Zhengyu Zhang; Bo Ai 001; Zhangdui Zhong (WCSP, 2024)

Cluster-Based Time-Variant Channel Characterization and Modeling for 5G-Railways. - Xuejian Zhang; Ruisi He; Bo Ai 001; Mi Yang; Jianwen Ding; Shuaiqi Gao; Ziyi Qi; Zhengyu Zhang; Zhangdui Zhong (CoRR, 2024)

A deep learning system for myopia onset prediction and intervention effectiveness evaluation in children. - Ziyi Qi; Tingyao Li; Jun Chen 005; Jason C. Yam; Yang Wen; Gengyou Huang; Hua Zhong; Mingguang He; Dan Zhu; Rongping Dai; Bo Qian; Jingjing Wang; et al. (npj Digit. Medicine, 2024)

Narrowband Channel Measurements and Statistical Characterization in Subway Tunnels at 1.8 and 5.8 GHz. - Xuejian Zhang; Ruisi He; Mi Yang; Ziyi Qi; Zhengyu Zhang; Bo Ai 001; Ruifeng Chen 001 (IEEE Trans. Veh. Technol., 2024)

Vision-Aided Channel Prediction Based on Image Segmentation at Street Intersection Scenarios. - Xuejian Zhang; Ruisi He; Mi Yang; Ziyi Qi; Zhengyu Zhang; Bo Ai 001; Zhangdui Zhong (CoRR, 2025)

Measurement-Based Non-Stationary Markov Tapped Delay Line Channel Model for 5G-Railways. - Xuejian Zhang; Ruisi He; Mi Yang; Jianwen Ding; Ruifeng Chen 001; Shuaiqi Gao; Ziyi Qi; Zhengyu Zhang; Bo Ai 001; Zhangdui Zhong (CoRR, 2025)

Vision Aided Channel Prediction for Vehicular Communications: A Case Study of Received Power Prediction Using RGB Images. - Xuejian Zhang; Ruisi He; Mi Yang; Zhengyu Zhang; Ziyi Qi; Bo Ai 001 (CoRR, 2025)

Channel Measurements and Modeling for Dynamic Vehicular ISAC Scenarios at 28 GHz. - Zhengyu Zhang; Ruisi He; Bo Ai 001; Mi Yang; Xuejian Zhang; Ziyi Qi; Yuan Yuan 023 (IEEE Trans. Commun., 2025)