Non-volatile processors (NVPs) are used in energy harvesting powered embedded systems
to preserve data across interruptions. In NVP systems, volatile data are backed up to non …

This paper introduces a sudden power-outage resilient in-processor checkpointing for
energy-harvesting nonvolatile processors. In energy harvesting applications, a power supply …

In smart cities, many embedded devices' power supply lacks stability, eg, solar panel, since
they are used outdoors. In these systems, power failures can cause data lost if the data is …

To meet the needs of the Internet of Things (IoTs) devices, energy harvesting systems are
proposed to power the systems instead of battery. Addressing the problem that harvested …

Energy harvesting is replacing battery to power embedded systems such as Internet of
Things and wearable devices. Unstable energy supply brings challenges to energy …

Energy harvesting techniques become increasingly popular as power supplies for
embedded systems. However, the harvested energy is intrinsically unstable. Thus, the …

Non-volatile memory (NVM) enables intermittent systems without batteries because of the
persistence of NVM. However, the persistence presents a new challenge to memory …

Transiently-powered devices are a class of small devices powered by energy harvesting.
Because such devices are subject to frequent power outages, many recent works propose to …

Energy harvesting is a promising solution to power ubiquitous Internet-of-Things (IoT)
devices. But the frequent and inevitable power failure incurs significant backup overhead …

Embedded systems powered with harvested energy experience frequent execution
interruption due to unstable energy source. Nonvolatile (NV) register based processor is …