Energy harvesting is gaining more and more attentions due to its characteristics of ultra-long
operation time without maintenance. However, frequent unpredictable power failures from …

Current peripheral execution approaches for intermittently powered systems require full
access to the internal hardware state for checkpointing or rely on application-level energy …

This paper presents ELASTIN, a stagnation-free intermittent computing system for energy-
harvesting devices that ensures forward progress in the presence of frequent power outages …

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 …

Networked robotics are a typical cyber–physical system (CPS). This paper presents the
cyber physical interaction model to perform formation control and tracking in the presence of …

Self-powered intermittent systems enable accumulative execution in unstable power
environments, where checkpointing is often adopted as a means to achieve data …

Wearable devices gain increasing popularity since they can collect important information for
healthcare and well-being purposes. Compared with battery, energy harvesting is a better …

Self-powered intermittent systems typically adopt runtime checkpointing as a means to
accumulate computation progress across power cycles and recover system status from …

Concurrency control allows multiple tasks that share data objects to be concurrently
executed in a serializable order, thus significantly improving computation progress …

Intermittent systems enable batteryless devices to operate through energy harvesting by
leveraging the complementary characteristics of volatile (VM) and non-volatile memory …