Since the energy source is unstable in energy harvesting powered systems, checkpointing is
a must for the energy harvesting powered systems. Non-volatile memory is used for keeping …

Energy harvesting has become a favorable alternative to batteries for wearable embedded
systems since it is more environmental and user friendly. However, harvested energy is …

Energy harvesting is becoming a favorable alternative to power future generation embedded
systems, as it is more environmentally and user friendly. However, energy harvesting …

Energy harvesting is one of the most promising battery alternatives to power future
generation embedded systems in Internet of Things (IoT). However, energy harvesting …

As power failures often occur in energy harvesting powered nonvolatile processors (NVPs),
checkpointing is needed during program execution. It is observed that checkpointing is …

Checkpointing is a key technique to guarantee execution correctness and ensure progress
forwarding in energy harvesting systems. However, checkpointing itself introduces system …

Recently, energy harvesting systems that utilize hybrid NVM-SRAM memory in their designs
are introduced as a promising alternative for battery-operated systems. Since the ambient …

With the explosive growth of battery-free and energy-harvesting devices, the energy
harvesting powered system has gained more attentions and been widely used in different …

Energy harvesting is a promising solution to power Internet of Things (IoT) devices. Due to
the intermittent nature of these energy sources, one cannot guarantee forward progress of …

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 …