With the advent of ultra-low-power embedded processors, energy harvesting devices
(EHDs) are becoming exceedingly prevalent. These devices are highly portable, self …

Low-power small-scale embedded sensing systems employing batteries generally impose
high maintenance costs. To enable maintenance-free operation, they are powered from …

For decades, the design of untethered devices has been focused on delivering a fixed
quality of service with minimum power consumption, to enable battery-powered devices with …

The main obstacles to achieve truly ubiquitous sensing are (i) the limitations of battery
technology-batteries are short-lived, hazardous, bulky, and costly-and (ii) the unpredictability …

Energy-driven computing is an emerging paradigm that aims to fuel the proliferation of tiny
and low-cost IoT sensing and monitoring devices. Energy-driven computers are generally …

Intermittent computing (IC) promises long lifetimes for IoT edge devices. Running directly
from energy harvesting sources enables these devices to be deployed and left, potentially …

Intermittent computing (IC) is a key enabler for the vision of a trillion Internet of Things
devices. By harvesting energy from the environment and leveraging nonvolatile memory …

Energy harvesting devices powered by ambient energies, instead of batteries, have been
drawn lots of attention due to their advantages of energy saving, easy deployment without …

Batteryless energy-harvesting devices promise to deliver a sustainable Internet of Things.
Intermittent computing is an emerging area, where the application forward progress, ie …

Transient computing systems, also known as intermittent computing systems, are batteryless
systems powered by energy harvesting (EH) sources that do not require large energy …