Successful wireless communication requires that sender and receiver are operational at the
same time. This requirement is difficult to satisfy in battery-free networks, where the energy …

Battery-free and intermittently powered devices offer long lifetimes and enable deployment
in new applications and environments. Unfortunately, developing sophisticated inference …

The uplink and downlink transmissions in most backscatter communication systems are
highly asymmetric. The downlink transmission often suffers from its short range and …

The Internet of Batteryless Things Page 1 key insights ˽ As we move toward a future with
trillions of IoT devices, replacing batteries will be both prohibitively expensive and …

This paper introduces INTOS, an embedded operating system and language support for
multi-threaded intermittent computing on a battery-less energy-harvesting platform. INTOS …

The emergence of the Internet of things (IoT) brings a new paradigm of ubiquitous sensing
and computing. Yet as an increasing number of wireless IoT devices are deployed …

Task-based intermittent software systems always re-execute peripheral input/output (I/O)
operations upon power failures since tasks have all-or-nothing semantics. Re-executed I/O …

We present an architecture for intermittently-powered wireless communication systems that
does not require any changes to the official protocol specification. Our core idea is to save …

Realizing the vision of ubiquitous battery-free sensing has proven to be challenging, mainly
due to the practical energy and range limitations of current wireless communication systems …

Intermittent computing systems undergo frequent power failure, hindering necessary data
sample capture or timely on-device computation. These missing samples and deadlines limit …