Energy-harvesting devices eliminate batteries, instead collecting their operating energy from
environmental sources. A device stores energy into a capacitor, drawing energy to perform …

Intermittently operating embedded computing platforms powered by energy harvesting
require software frameworks to protect from errors caused by Write After Read (WAR) …

We present ALFRED: a virtual memory abstraction that resolves the dichotomy between
volatile and non-volatile memory in intermittent computing. Mixed-volatile microcontrollers …

Debugging and testing battery-free intermittently-powered systems is notoriously difficult.
This is not only due to the additional complexity of maintaining state through power failures …

Battery-free devices enable sensing in hard-to-access locations, opening up new
opportunities in various fields such as healthcare, space, or civil engineering. Such devices …

We present the concept of approximate intermittent computing and concretely demonstrate
its application. Intermittent computations stem from the erratic energy patterns caused by …

Intermittent computing supports execution of the systems experiencing frequent power
failures, such as battery-less devices powered by energy-harvesting. In such systems …

Cyber-physical systems have become a main technology driver for our intelligent society.
However, almost all cyber-physical systems rely on battery-powered devices to function …

We present TaDA, a system architecture enabling efficient execution of Internet of Things
(IoT) applications across multiple computing units, powered by ambient energy harvesting …

We present EXTREMIS, a compile-time pipeline that improves energy consumption of
battery-less devices by ensuring that memory operations occur at the most efficient device …