HyperTracking: Exploring the Hyperbolic Model for Non-line-of-sight Device-free Wi-Fi Tracking
Wireless sensing technology allows for non-intrusive sensing without the need for physical
sensors worn by the target, enabling a wide range of applications, such as indoor tracking …
sensors worn by the target, enabling a wide range of applications, such as indoor tracking …
NNE-Tracking: A Neural Network Enhanced Framework for Device-free Wi-Fi Tracking
The evolution of Wi-Fi to next-generation 802.11 bf demonstrates the potential of device-free
Wi-Fi sensing applications, where we can remotely infer the behaviors of users without …
Wi-Fi sensing applications, where we can remotely infer the behaviors of users without …
Device-free Human Tracking and Gait Recognition Based on the Smart Speaker
The smart speakers benefit from the ability to localize and identify users. Specifically, we can
analyze the user's habits from the historical trajectory to provide better voice-based services …
analyze the user's habits from the historical trajectory to provide better voice-based services …
Enabling 6D Pose Tracking on Your Acoustic Devices
The ubiquity of acoustic devices and the fine-grained sensing of acoustic signals have made
acoustic device tracking a popular option. We propose to expand the use of commercial …
acoustic device tracking a popular option. We propose to expand the use of commercial …
Hybrid Zone: Bridging Acoustic and Wi-Fi for Enhanced Gesture Recognition
Gesture recognition has significant applications such as assisted living, e-health, and
human-device interactions. Moving away from conventional computer vision techniques …
human-device interactions. Moving away from conventional computer vision techniques …