We propose and experimentally validate a hybrid energy harvester embedded in a wearable
system used to measure real‐time information, such as body temperature, heartbeat, blood …

One of the solutions used for supplying low-power medical applications is the photovoltaic
energy harvesting system (PEHS). In this thesis, the proposed PEHS is composed of a …

In recent years, wearable devices have attracted attention because of their ability to
enhance the quality of life. This disruptive technology has helped healthcare professionals …

In this paper, a wearable medical sensor system is designed for long-term healthcare
applications. This system is used for monitoring temperature, heartbeat, blood oxygen …

In this paper, an autonomous wearable sensor node is developed for long-term continuous
healthcare monitoring. This node is used to monitor the body temperature and heart rate of a …

Capitalising on the potential benefits of digital healthcare is heavily dependent on
engineering progress on wearable devices capable of continuous sensing and extraction of …

Wearable devices could provide unparalleled human-machine interaction, but their reliable
powering has become a bottleneck in their widespread adoption due to requirements for …

In this paper, we have proposed a self-powered wireless wearable health data tracking
system based on an inertial rotary electromagnetic energy harvester. The whole system can …

In healthcare applications, the remote monitoring for moving patients depends on medical
sensor nodes, which should be mobile. Thus, the power mains of medical sensor nodes …

Wearable monitors have revolutionized the healthcare industry with help of non-invasive
measurement technologies. However, the adoption of these vital monitors faces challenges …