Recent advances in sensing and computing technology have led to the proliferation of
Cyber-Physical Systems (CPS) in safety-critical domains. However, the increasing device …

High-Performance Computing (HPC) platforms become a must in automotive systems to
enable autonomous driving. However, automotive platforms must avoid Common Cause …

Acoustic-sensor-based soft error resilience is particularly promising, since it can verify the
absence of soft errors and eliminate silent data corruptions at a low hardware cost. However …

Safety-related systems, such as those in automotive, avionics and space, impose the
existence of appropriate safety measures to meet the safety requirements of the system. In …

Embedded systems in critical domains require both hard real-time and reliable execution.
Real-time execution requires bounds in the worst-case execution time, while reliable …

Autonomous driving (AD) builds upon high-performance computing platforms including (1)
general purpose CPUs as well as (2) specific accelerators, being GPUs one of the main …

Microprocessor error detection is increasingly important, as the number of transistors in
modern systems heightens their vulnerability. In addition, many modern workloads in …

Autonomous driving (AD) imposes the need for safe computations in high-performance
computing (HPC) components such as GPUs, thus with capabilities to detect and recover …

Microcontrollers running safety-critical applications with high integrity requirements must
provide appropriate safety measures to manage random hardware faults. For instance …

Microcontrollers require protection against transient and permanent faults when being
utilized for safety-critical and highly reliable applications. Fail safe Dual Core Lockstep …