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 …

Higher component density, lower voltage levels, and higher transistor counts increase
programmable systems' susceptibility to transient faults. At the same time, the adoption of …

Compiler technology plays an important role in embedded applications, performance and
power efficiency. Compilers provide software engineers with a wide variety of optimization …

Software engineers are using different compilers and parallel programming models (eg,
Pthreads, OpenMP) to take the best performance offered by multicore systems. Both …

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

Software reliability is an essential design metric in emerging large-scale multiprocessor
embedded systems. Designers should identify soft error susceptibility of multiple …

This paper investigates the impact of parallelization and redundancy at thread level in four
TMR software implementations and presents a novel use for TMR on applications running …

Software dependability reflects the degree of the user's trust in the system. Fault Injection (FI)
is a superior method of evaluating a system's dependability. An artificial fault is inserted into …

This Chapter presents the evaluation of the soft error assessment consistency considering
the SOFIA OVPsim-FIM wrt RTL and gem5 FIMs. This Book contribution lead to the …

Automotive systems are integrating artificial intelligence and complex software stacks aiming
to investigate the real world, make decisions and perform actions without human input. The …