Abstract The Young/Daly formula provides an approximation of the optimal checkpointing
period for a parallel application executing on a supercomputing platform. It was originally …

Next-generation supercomputers are expected to have more components and, at the same
time, consume several times less energy per operation. Consequently, the number of soft …

With the scaling up of high-performance computing systems in recent years, their reliability
has been descending continuously. Therefore, system resilience has been regarded as one …

We consider the problem of orchestrating the execution of workflow applications structured
as Directed Acyclic Graphs (DAGs) on parallel computing platforms that are subject to fail …

Multiple-output switching functions can be simulated by multiple-valued decision diagrams
(MDDs) at a significant reduction in computation time. analyze the following approaches to …

This work focuses on resilience techniques at extreme scale. Many papers deal with fail-stop
errors. Many others deal with silent errors (or silent data corruptions). But very few papers …

Next-generation supercomputers are expected to have more components and, at the same
time, consume several times less energy per operation. This situation is pushing …

This paper provides a model and an analytical study of replication as a technique to cope
with silent errors, as well as a mixture of both silent and fail-stop errors on large-scale …

This work deals with scheduling and checkpointing strategies to execute scientific workflows
on failure-prone large-scale platforms. To the best of our knowledge, this work is the first to …

This paper focuses on the resilient scheduling of parallel jobs on high-performance
computing (HPC) platforms to minimize the overall completion time, or makespan. We revisit …