This survey covers hard real-time scheduling algorithms and schedulability analysis
techniques for homogeneous multiprocessor systems. It reviews the key results in this field …

As system integration becomes an increasingly important challenge for complex real-time
systems, there has been a significant demand for supporting real-time systems in virtualized …

As multicore platforms become ever larger, overhead-related factors play a greater role in
determining which real-time scheduling algorithms are preferable. In this paper, such factors …

Fog and edge computing offer the flexibility and decentralized architecture benefits of cloud
computing without suffering from the latency issues inherent in the cloud. This makes fog …

Recent years have witnessed two major trends in the development of complex real-time
embedded systems. First, to reduce cost and enhance flexibility, multiple systems are …

We consider the issue of deadline tardiness under global multiprocessor scheduling
algorithms. We present a general tardiness-bound derivation that is applicable to a wide …

Ongoing research is discussed on the development of operating-system support for
enabling mixed-criticality workloads to be supported on multicore platforms. This work is …

Scheduling of constrained deadline sporadic task systems on multiprocessor platforms is an
area which has received much attention in the recent past. It is widely believed that finding …

Multicore systems are increasingly utilized in real-time systems in order to address the high
computational demands. To fully exploit the advantages of multicore processing, possible …

This paper discusses challenges in computer systems research posed by the emerging
autonomous driving systems. We first identify four research areas related to autonomous …