Power management and saving in energy harvesting-based biomedical wearable devices
are mandatory to ensure prolonged and stable operation under a stringent power budget …

Harvesting the energy from environmental sources is a promising solution for perpetual and
continuous operation of biomedical wearable devices. Although the energy harvesting …

There is an increasing interest in energy harvesting for wearable biomedical devices. This
requires power conservation and management to ensure long-term and steady operation …

Wearable devices are becoming increasingly popular for health and activity monitoring
applications. These devices typically include small rechargeable batteries to improve user …

Many people in the world are living with chronic diseases, demanding continuous
monitoring, diagnosis, and treatment. Continuous physiological monitoring is key to …

Mobile healthcare systems have great potential for continuous monitoring. These devices
are often battery operated. Thus energy management in these wearable, wireless devices is …

While body sensor networks (BSNs) have proven to be a feasible solution for long-term
vigilant health monitoring, limited battery life remains one of the main factors that has …

New advances in energy harvesting from human's body enable battery-less wearable and
implantable devices to have more advanced functionalities and hence higher number of …

Energy harvesting has become a key factor in Biomedical applications. Research on energy
scavenging from body motion has been investigated to evaluate the feasibility of powering a …

This paper explores an energy harvesting-based approach for a jointly execution of hard
periodic tasks mixed with occurring soft aperiodic tasks in battery-powered embedded …