Radio-frequency-based noncooperative monitoring of humans has numerous applications
ranging from law enforcement to ubiquitous sensing applications such as ambient assisted …

Human micro-Doppler signatures in most passive WiFi radar (PWR) scenarios are captured
through real-world measurements using various hardware platforms. However, gathering …

This work considers the use of a passive WiFi radar (PWR) to monitor human activities. Real-
time uncooperative monitoring of people has numerous applications ranging from smart …

Modern human activity recognition (HAR) systems are designed using large amounts of
experimental data. So far, real-data-driven or experimental-based HAR systems using Wi-Fi …

Radio-Frequency (RF) based human activity recognition (HAR) enables many attractive
applications such as smart home, health monitoring, and virtual reality (VR). Among multiple …

Radar systems are increasingly being employed in healthcare applications for human
activity recognition due to their advantages in terms of privacy, contactless sensing, and …

Radar micro‐Doppler signatures have been proposed for human monitoring and activity
classification for surveillance and outdoor security, as well as for ambient assisted living in …

The use of radio-frequency (RF) sensors in systems centered around humans, such as
human-computer interfaces or smart environments, is an emerging field that aims to …

Millimeter wave radar is a promising sensing modality for enabling pervasive and privacy-
preserving human sensing. However, the lack of large-scale radar datasets limits the …

The capability to detect, track and monitor human activities in non-line-of-sight environments
is an important component of security and surveillance operations. The movement of the …