Placement Matters: Understanding the Effects of Device Placement for WiFi Sensing. - Xuanzhi Wang; Kai Niu 003; Jie Xiong 001; Bochong Qian; Zhiyun Yao; Tairong Lou; Daqing Zhang 001 (Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 2022)

Rethinking Doppler Effect for Accurate Velocity Estimation With Commodity WiFi Devices. - Kai Niu 003; Xuanzhi Wang; Fusang Zhang; Rong Zheng 001; Zhiyun Yao; Daqing Zhang 001 (IEEE J. Sel. Areas Commun., 2022)

How Target's Location and Orientation Affect Velocity Extraction Accuracy in WiFi Sensing Systems. - Kai Niu 003; Xuanzhi Wang; Zhiyun Yao; Fusang Zhang; Si Cheng; Yalan Jiang; Daqing Zhang 001 (ACM TUR-C, 2023)

WiMeasure: Millimeter-level Object Size Measurement with Commodity WiFi Devices. - Xuanzhi Wang; Kai Niu 003; Anlan Yu; Jie Xiong 001; Zhiyun Yao; Junzhe Wang; Wenwei Li; Daqing Zhang 001 (Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 2023)

Enabling WiFi Sensing on New-generation WiFi Cards. - Enze Yi; Fusang Zhang; Jie Xiong 001; Kai Niu 003; Zhiyun Yao; Daqing Zhang 001 (Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 2023)

WiProfile: Unlocking Diffraction Effects for Sub-Centimeter Target Profiling Using Commodity WiFi Devices. - Zhiyun Yao; Xuanzhi Wang; Kai Niu 003; Rong Zheng 001; Junzhe Wang; Daqing Zhang 001 (MobiCom, 2024)

Wi2DMeasure: WiFi-based 2D Object Size Measurement. - Xuanzhi Wang; Junzhe Wang; Kai Niu 003; Jie Xiong 001; Fusang Zhang; Enze Yi; Anlan Yu; Zhiyun Yao; Daqing Zhang 001 (SenSys, 2024)

Understanding the Diffraction Model in Static Multipath-Rich Environments for WiFi Sensing System Design. - Xuanzhi Wang; Anlan Yu; Kai Niu 003; Weiyan Shi; Junzhe Wang; Zhiyun Yao; Rahul C. Shah; Hong Lu 006; Daqing Zhang 001 (IEEE Trans. Mob. Comput., 2024)

Breaking the Resolution Barriers of mmWave Arrays via Null Steering for Sleep Monitoring in Multi-Person Scenarios. - Duo Zhang; Xusheng Zhang; Zhehui Yin; Pengfei Zhou; Hongliu Yang; Pei Wang; Zhiyun Yao; Junzhe Wang; Fusang Zhang; Daqing Zhang 001 (Proc. ACM Interact. Mob. Wearable Ubiquitous Technol., 2025)