High-performance real-time systems are becoming increasingly common in several
application domains, including automotive, robotics, and embedded. To meet the growing …

Mixed-criticality (MC) scheduling becomes popular in real-time systems as it supports
different criticality levels in a resource-efficient manner. Although it has been well …

Networks-on-Chip (NoCs) for future mixed-criticality systems must handle a growing variety
of traffic requirements, ranging from safety-critical real-time traffic to bursty latency-sensitive …

Due to the efficient resource usage of integrating tasks with different criticality onto a shared
platform, the integration with mixed-criticality tasks is becoming an increasingly important …

This paper investigates runtime shaping for mixed-criticality systems to increase the system
QoS. Unlike the previous work in the literature that enforces an offline workload bound, an …

Future mixed-criticality systems must handle a growing variety of traffic requirements,
ranging from safety-critical real-time traffic to bursty latency-sensitive best-effort traffic …

This paper proposes a semi-slack scheduling framework for mixed-criticality systems with
arbitrary task activation patterns. In particular, based on the schedulability test of arbitrary …

Nowadays, the embedded systems are undergoing an unprecedented trend towards
integrating components or tasks of different criticality levels onto a common computing …

In this paper, we present a new schedulability test that can cope with complex activation
patterns for mixed-criticality systems. Under this analysis we proceed to present a shaping …

Abstract Modern Networks-on-Chip (NoCs) must accommodate a diversity of temporal
requirements, eg, providing guarantees for real-time senders while reducing adverse …