This review covers research on the topic of mixed criticality systems that has been published
since Vestal's 2007 paper. It covers the period up to end of 2021. The review is organised …

This review covers research on the topic of mixed criticality systems that has been published
since Vestal's 2007 paper. It covers the period up to end of 2021. The review is organised …

Nowadays, hypervisors are the standard solution to integrate different domains into a shared
hardware platform, while providing safety, security, and predictability. To this end, a …

Modern applications are often characterized by a tight interaction with I/O devices. At the
same time, many application domains are also facing a shift toward an integrated approach …

Mixed-Criticality System (MCS) has been considered widely within academic literature, but
is proving difficulty to implement in industry as the theoretical models underpinning the …

Due to their real-time constraints and high predictability requirements, safety-critical
automotive applications are often implemented using time-triggered communication …

In mixed-criticality systems (MCSs), less-critical tasks are often terminated to ensure the
correct execution of high critical tasks. This strategy could however lead to safety hazards …

Unikernels are simple, customizable, efficient, and small in code size, which makes them
highly applicable to embedded scenarios. However, most existing unikernels are developed …

In mixed-criticality systems (MCSs), timely handling of I/O operations is a key for the system
being successfully implemented and appropriately functioned. The I/O system for an MCS …

In automotive/avionic/robot systems, consolidating multiple domains on a powerful SoC is
an important trend. From the perspectives of safety and security, each of these domains must …