Temporal isolation is one of the most significant challenges that must be addressed before
Multi-Processor Systems-on-Chip (MPSoCs) can be widely adopted in mixed-criticality …

In today's multiprocessor systems-on-a-chip (MP-SoC), the shared memory subsystem is a
known source of temporal interference. The problem causes logically independent cores to …

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 …

The correctness of safety-critical systems depends on both their logical and temporal
behavior. Control-flow integrity (CFI) is a well-established and understood technique to …

Modern applications for cyber-physical systems, such as autonomous driving, are more and
more often characterized by the interconnection of software components with mixed levels of …

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 …

With the advent of massively distributed applications such as those required by the IoT-to-
Edge-to-Cloud compute continuum (ie, automotive, smart agriculture, smart manufacturing …

In safety-critical computing systems, the I/O virtualization must simultaneously satisfy
different requirements, including time-predictability, performance, and energy-efficiency …

Virtual machines (VMs) have been increasingly deployed in real-time systems to enhance
heterogeneous resource sharing. Despite being isolated for security and prevention of …

The use of embedded systems has grown exponentially in industries such as the automotive
or aero nautics. This led to an increase in the complexity of systems where it is necessary to …