Human respiration state is an important indicator to reflect health conditions. Recent
advances in wireless human sensing have enabled device-free respiration monitoring using …

Human activity recognition has become an obligatory necessity in day to day life and
possible solutions can be provided with the technological advancement of sensing field …

As the number of older adults increases worldwide, new paradigms for indoor activity
monitoring are required to keep people living at home independently longer. Radar-based …

The millimeter-wave (mmWave) radar technology has attracted significant attention because
it is susceptible to environmental lighting, wall shielding, and privacy concern. This article …

Remote, non-contact recognition of human motion and activities is central to health
monitoring in assisted living facilities, but current systems face the problems of training …

With the vigorous development of ubiquitous sensing technology, an increasing number of
scholars pay attention to non-contact vital signs (eg, Respiration Rate (RR) and Heart Rate …

Radar-based human activity classification is crucial for applications such as healthcare
monitoring, fall detection, and assisted living due to its superior sensing capabilities and …

Human activity recognition (HAR) from sensor readings has proved to be an effective
approach in pervasive computing for smart healthcare. Recent approaches in ambient …

Human activity recognition (HAR) technology based on wearables has received increasing
attention in recent years. The traditional methods have used hand-crafted features to …

Many deep learning (DL) models have shown exceptional promise in radar-based human
activity recognition (HAR) area. For radar-based HAR, the raw data is generally converted …