Sleep is an essential part of our lives and daily sleep monitoring is crucial for maintaining
good health and well-being. Traditionally, the gold standard method for sleep monitoring is …

This comprehensive review mainly analyzes and summarizes the recently published works
on IEEExplore in sensor-driven smart living contexts. We have gathered over 150 research …

This contribution presents an electronic travel aid for blind and visually-impaired people
based on a millimeter wave radar and a traditional white-cane. It not only represents an …

Medical monitoring has improved over the last four decades to include increasingly less
invasive techniques. In particular, Doppler radar methods are emerging as a means for …

Modern microwave radar technologies and systems are taking important roles in healthcare,
security, and human-machine interface by remote sensing of human life activities. This …

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 …

Using a Doppler radar for noncontact detection is a promising way to monitor vital signs of a
subject more conveniently than other common contact medical devices, but has many …

While Doppler radar can be used to measure cardiopulmonary vital signs during sleep,
meaningful diagnostic assessments are often subject to knowledge of a subject's changing …

In light of the continuously and rapidly growing senior and geriatric population, the research
of new technologies enabling long-term remote patient monitoring plays an important role …

An automated, robust, noncontact sleep posture recognition technique is proposed in this
letter, which uses optimizable (Bayesian hyperparameter tuning) machine learning (ML) …