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 …

Recent advances in radar systems have demonstrated the possibility of noncontact human
vital signs detection. Most prior research has focused on vital sign detection with specific …

Respiration monitoring using microwave Doppler radar has attracted significant interest over
the last four decades due to its non-invasive and non-contact form of measurement …

While non-contact monitoring of human respiration has been demonstrated using Doppler
radar, the concurrent monitoring of multiple equidistant subjects remains a significant …

Introduction: Sudden, serious life-threatening situations happen even on general wards.
Current technologies are working with sensors which are attached to every patient, which is …

Continuous monitoring of breathing activity plays a major role in detecting and classifying a
breathing abnormality. This work aims to facilitate detection of abnormal breathing …

Vital sign monitoring using continuous wave (CW) microwave Doppler radar is gaining
attention due to its simpler architecture and fewer signal processing chains. Existing …

The paper aims at designing the advanced simulation model that is able to generate
samples similar to human respiration signals typically acquired by a Doppler or Continuous …

Continuous-wave Doppler radar (CWDR) can be used to remotely detect physiological
parameters, such as respiration and heart signals. However, detecting and separating …

Objective: Sufficient sleep helps to restore the immune, nervous and cardiovascular
systems, but is sometimes disturbed by sleep apnea (SA). The early diagnosis of sleep …