Communication networks are in constant evolution to adapt to the ever-changing demands
of modern services and applications. On the one hand, technologies within the framework of …

In this paper, we aim to understand the properties and guarantees of static partitioning
hypervisors (SPH) for Arm-based mixed-criticality systems (MCS). To this end, we performed …

With heterogeneous multi-core platforms being crucial to execute the highly demanding
workloads of modern applications, memory-access predictability remains a key issue for the …

Modern technological industries fused with the Internet-of-Things (IoT) have been advancing
rapidly. The joint usage of several technologies has led to the reshaping of the modeling …

The increase of size, capabilities, and speed of FPGAs enables the shared usage of
reconfigurable resources by multiple applications and even operating systems. While …

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 …

Following the needs of industrial applications, virtualization has emerged as one of the most
effective approaches for the consolidation of mixed-criticality systems while meeting tight …

This work aims at making Apollo, a popular autonomous driving framework, safer and more
secure by designing a multi-domain architecture, where its components are split between a …

Autonomous and software-defined vehicles (ASDVs) feature highly complex systems,
coupling safety-critical and non-critical components such as infotainment. These systems …

The heavy use of machine learning algorithms in safety-critical systems poses serious
questions related to safety, security, and predictability issues, requiring novel architectural …