Virtual platform frameworks have been extended to allow earlier soft error analysis of more
realistic multicore systems (ie, real software stacks and state-of-the-art ISAs). The high …

The occurrence of radiation-induced soft errors in electronic computing systems can either
affect non-essential system functionalities or violate safety–critical conditions, which might …

We address two important concerns for the analysis of the behavior of applications in the
presence of hardware errors:(1) when is it important to model how hardware faults lead to …

Single bit-flip has been the most popular error model for resilience studies with fault
injection. We use RTL gate-level fault injection to show that this model fails to cover many …

Electronic computing systems are integrating modern multicore processors and GPUs
aiming to perform complex software stacks in different life-critical systems, including health …

Fault Injection (FI) is a method used to quantify the reliability and resilience of a system by
assessing the system's ability to detect, locate, and/or mitigate fault occurrences. At the …

Hardware faults (ie, soft errors) are projected to increase in modern HPC systems. The faults
often lead to error propagation in programs and result in silent data corruptions (SDCs) …

To take advantage of the performance enhancements provided by multicore processors,
new instruction set architectures (ISAs) and parallel programming libraries have been …

Resilient computation has been an emerging topic in the field of high-performance
computing (HPC). In particular, studies show that tolerating faults on leadership-class …

Soft errors have become one of the main concerns for the resilience of HPC applications, as
these errors can cause HPC applications to generate serious outcomes such as silent data …