This survey covers research into mixed criticality systems that has been published since
Vestal's seminal paper in 2007, up until the end of 2016. The survey is organised along the …

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 …

Unlike traditional embedded systems only have one criticality level, mixed-criticality (MC)
systems integrate different types of applications or functionalities into a common and shared …

Most of studies about energy management for MC systems are based on dynamic priority
scheme. The disadvantages of dynamic priority scheme are high system overhead and poor …

With the growth of computation-intensive real-time applications on multi-core embedded
systems, energy-efficient real-time scheduling becomes crucial. Multi-core processors …

Energy-efficiency is a critical requirement for computation-intensive real-time applications on
multi-core embedded systems. Multi-core processors enable intra-task parallelism, and in …

In this paper, we extend the imprecise mixed-criticality (IMC) model to precise scheduling of
tasks. We also integrate the IMC model with the dynamic voltage and frequency scaling …

The scheduling of mixed-criticality (MC) systems with graceful degradation is considered,
where LO-criticality tasks are guaranteed some service in HI mode in the form of minimum …

The strict requirements on the timing correctness biased the modeling and analysis of real-
time systems toward the worst-case performances. Such focus on the worst-case, however …

Increasingly complex and integrated systems design has led to more timing uncertainty,
which may result in pessimism in time-sensitive system design and analysis. To mitigate …