Today more than ever before, academia, manufacturers, and hyperscalers acknowledge the
major challenge of silent data corruptions (SDCs) and aim on solutions to minimize its …

This paper proposes and evaluates error detection and recovery mechanisms suitable for
embedded systems. The purpose of these mechanisms is to provide detection of and …

Due to the increasing scale of high-performance computing (HPC) systems, transient
hardware faults have become a major reliability concern. Consequently, Silent Data …

As the scale of silicon integration increases, and as System-on-Chip (SoC) devices are
installed in datacenters in ever larger numbers, silicon faults that are undetected by the …

In this work we propose a hybrid concurrent error detection (CED) scheme that combines the
implication-based method with the parity check method. The parity check method is easy to …

Silent Data Corruptions (SDCs) have become an insurmountable issue that threatens the
system reliability. General strategies for protecting programs from SDCs, such as dual …

Silent Data Errors (SDEs) are a unique category of errors that result in unpredictable system
behavior that is often difficult to detect. SDEs can represent a serious concern to at-scale …

Cosmic radiation induced soft errors have emerged as a key challenge in computer system
design. The exponential increase in the transistor count will drive the per chip fault rate sky …

Data reduction techniques have been widely demanded and used by large-scale high
performance computing (HPC) applications because of vast volumes of data to be produced …

Recently, researchers have shown that exploiting symptom-based solutions provides a
promising way to achieve low-cost fault tolerance. However, these solutions cannot provide …