A persistent and crash-consistent execution state is essential for systems to guarantee
resilience against power failures and abrupt system crashes. The availability of nonvolatile …

Byte-addressable non-volatile memory (NVM) allows finegrained in-place update of durable
data. NVM transaction mechanisms prevent failures during updates from corrupting data, but …

A non-invasive, cloud-agnostic approach is demonstrated for extending existing cloud
platforms to include checkpoint-restart capability. Most cloud platforms currently rely on each …

The development of non-volatile memory technologies (NVMs) has attracted interest in
designing data structures that are efficiently adapted to NVMs. In this context, several NVM …

Intermittent systems powered by ambient energy harvesting are becoming popular for the
benefits of an infinite lifetime and minimum maintenance requirements. Nonvolatile …

With the increasing number of processors in modern HPC (High Performance Computing)
systems, there are two emergent problems to solve. One is scalability, the other is fault …

While pausing and resuming execution using nonvolatile storage has long been possible,
nonvolatile processing as a fundamental paradigm has only recently been made practical by …

Next-generation non-volatile memories (NVMs) promise DRAM-like performance,
persistence, and high density. They can attach directly to processors to form non-volatile …

Memory reliability will be one of the major concerns for future HPC and Exascale systems.
This concern is mostly attributed to the expected massive increase in memory capacity and …

Container checkpoint is a kind of backward recovery fault tolerance technology, through
which the high availability of container can be achieved. Checkpoint downtime is the key …