This paper discusses principles and techniques to evaluate processors for dependable
computing in space applications. The focus is on soft errors, which dominate the failure rate …

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 …

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

The rapid development of processor manufacturing technologies has encouraged most
designers to highlight the processors' resilience to errors. Regarding embedded systems in …

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

Increasing chip power densities allied to the continuous technology shrink are making
emerging multiprocessor embedded systems more vulnerable to radiation-induced transient …

With the widespread use of the multicore systems having smaller transistor sizes, soft errors
become an important issue for parallel program execution. Fault injection is a prevalent …

Intelligent semiconductors adopted in safety-critical systems such as autonomous vehicles
and medical devices require high reliability. It is necessary to analyze soft-errors that may …

Recently, with increasing system complexity and advanced technology scaling, there is a
severe need for accurate fault injection (FI) techniques in the reliability evaluation of safety …