Machine learning is among the greatest advancements in computer science and
engineering and is today used to classify or detect objects, a key feature in autonomous …

The complexity of both hardware and software makes GPUs reliability evaluation extremely
challenging. A low level fault injection on a GPU model, despite being accurate, would take …

Safety-critical designs used in automotive applications need to ensure reliable operations
even under hostile operating conditions. As these designs grow in size and complexity, they …

Safety-critical systems-on-chip currently undergo extensive fault-effect analyses. To meet the
safety requirements of ISO 26262, most frequently fault-injection campaigns are per-formed …

Timing-accurate simulation of circuits is an important task in design validation of modern
nano-scale CMOS circuits. With shrinking technology nodes, detailed simulation models …

Safety-critical designs need to ensure reliable operations under hostile conditions with a
certain degree of confidence. The continuously higher complexity of these designs makes …

In CMOS technology first-order parametric faults during manufacturing can exhibit severe
changes in the timing as well as in the functional behavior of cells. Since these faults are …

The cost of efficient fault-effect analysis on gate-level (GL) and register-transfer level models
is increasing due to the rising complexity of safety-critical systems on chip (SoCs). Virtual …

Raising the level of abstraction to design the next generation of embedded systems has
become mandatory. This design methodology is commonly referred to Electronic System …

Industrial electronic systems that control manufacturing and machine motion in modern,
highly automated production facilities have become highly complex, which combine a …