… and power challenges is expected to increase error rates. Thus, reliability is a serious
concern in the exascale era. Silent data corruptions (SDCs) or silent errors are one of the most …

… As seen, increasing failure rate - expected for the Exascale era - is the dominating factor for
… -of-the-art on silent data corruptions or silent errors which are the type of errors that we aim to …

… and describe the problem of resilience in the exascale era. In Section 2, we present a …
The question is, how do we mitigate them, especially for silent errors that may lead to SDC? …

… As hardware and software advances are made to usher in the next scientific era of … errors,
which will be referred to as silent errors (SEs) in this paper, are neither bugs nor software errors…

… technology scaling in future Exascale systems. Technology scaling … paths to meet the reliability
levels of Exascale systems. … vector regression to detect silent errors in the exascale era. In …

… errors escaping hardware checks, which lead to silent data corruption. This work attempts to
fill that gap by analyzing memory errors … proxy for the future exascale era DDRs. There are …

… that produce crashes as well as Silent Data Corruption (SDC) … era. The approach we adopt
to perform these evaluations is … For an exascale system a much higher portion of errors may …

… projected to be prohibitively expensive in the Exascale era. These techniques are most often
… fail-stop errors. The undetected errors, called silent errors, are out of the scope of this study. …

… Abstract—As we move toward exascale platforms, silent data corruptions (… of silent errors
in different HPC applications. We show that for certain types of applications, large silent errors …

… and opportunities on the way to the exascale era. This paper shows how a closer … errors
are, however, silent, ie, cannot be detected. Exascale systems need to consider all errors…