Non-contact vital signs monitoring using microwave Doppler radar has shown great promise
in healthcare applications. Recently, this unobtrusive form of physiological sensing has also …

COVID-19, caused by SARS-CoV-2, is now a global pandemic disease. This outbreak has
affected every aspect of life including work, leisure, and interaction with technology …

Identity authentication based on Doppler radar respiration sensing is gaining attention as it
requires neither contact nor line of sight and does not give rise to privacy concerns …

At-home screening systems for obstructive sleep apnea (OSA) can bring convenience to
remote chronic disease management. However, the unsupervised home environment is …

Objective Non-contact continuous biometric identification system based on the heartbeat
signals has attracted more attention due to its privacy-friendly properties. Current methods …

Radar signal has been shown as a promising source for human identification. In daily home
sleep-monitoring scenarios, large-scale motion features may not always be practical, and …

Bio-Radar (BR) systems have shown great promise for biometric applications. Conventional
methods can be forged, or fooled. Even alternative methods intrinsic to the user, such as the …

Basic life activities of the human body can be classified as either static or dynamic. Millimeter
wave radars can monitor physiological signals in the static state and posture in the dynamic …

Millimeter-wave radar-based identification technology has a wide range of applications in
persistent identity verification, covering areas such as security production, healthcare, and …

This article is focused on providing some insight into the requirements for a non-contact
continuous identity authentication system using radar sensing technologies. This article also …