This book describes the benefits and drawbacks inherent in the use of virtual platforms (VPs)
to perform fast and early soft error assessment of multicore systems. The authors show that …

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 …

Reliability is rapidly emerging as a major design metric in both embedded and high
performance computing (HPC) domains. Such systems are integrating modern multicore …

This chapter utilizes the power of the fault injection framework previously detailed to
investigate soft error reliability from two distinct approaches:(1) the impact of different …

This Chapter details the adopted fault injection approaches and their fault injection modules,
used to evaluate the soft error resilience of single or multi-core systems (Sect. 4.1). In this …

Soft error resilience has become an essential design metric in electronic computing systems
as advanced technology nodes have become less robust to high‐charged particle effects …

Multicores have become the platform of choice across all market segments. Cost-effective
protection against soft errors is important in these environments, due to the need to move to …

The increasing computing capacity of multicore components like processors and graphics
processing units (GPUs) offer new opportunities for embedded and high-performance …

Extensive research efforts are being carried out to evaluate and improve the reliability of
computing devices either through beam experiments or simulation-based fault injection …

Virtualized servers compose the majority of cloud computing environments, where these
nodes are used to host multiple clients over the same hardware. Many organizations run …