The trustworthiness of integrated circuits (ICs) has become increasingly important due to the
ubiquitousness of ICs and the insecure nature of the current semiconductor supply chain …

To satisfy various design requirements and application needs, designers integrate multiple
intellectual property blocks (IPs) to produce a system on chip (SoC). For improved …

ISO 26262 requires classifying random hardware faults based on their effects (safe,
detected, or undetected) within integrated circuits used in automobiles. In general, this …

During the last decade, the Integrated Circuit industry has paid special attention to the
security of products. Hardware-based vulnerabilities, in particular Hardware Trojans, are …

The current demands for developing safe automotive applications require extensive analysis
and evaluation of potential random hardware faults. In general, part of this analysis is …

As electronics and software become more integrated into automobiles, Functional Safety
(FuSa) per ISO 26262 becomes important. It assesses the risk level of automotive chips …

This PhD thesis addresses functional safety assessment methods targeting automotive
Integrated Circuits (IC), emphasizing optimization techniques. This introductory chapter …

Safety-critical systems can cause catastrophic effects when particular failures occur during
their operation. These systems, used in diverse domains, including automotive SoCs …

This paper proposes a novel in-field ML-assisted fault localization and fault management
approach for intermittent faults in RISC-V microprocessor cores operating in tandem in a …

One of the biggest concerns of Automotive System-on-Chip (SoC) design is the strict safety
requirements for their hazardous operative scenarios. Commonly, designers employ Safety …