Multi-Core Integration of Sporadic Events in Time-Triggered Systems

Safety-Critical Deadline Compliant Static Task Scheduling for Heterogeneous Architectures

Currently, the prevalence of heterogeneous multicore architectures even in real-time safety-critical embedded systems is rising, as an increasing number of applicationspecific accelerators are introduced into the core architecture to tackle more and more complex problems. This does create a challenge for the modern dev...

RunSoC 2.0: Scheduling and Allocating Automotive Software Tasks to Hardware Partitions in Heterogeneous MPSoCs

RunSoC 2.0 improves the realism of early-stage MPSoC analysis while retaining practical solution times for large automotive workloads, and incorporates cluster-aware communication and memory modeling.

Hierarchical Scheduler with Adaptive Time-Budget Reallocation for Time-Triggered Edge-Fog-Cloud Architectures

The lack of determinism restricts the integration of safety-critical applications into Edge–Fog–Cloud (EFC) architectures. Existing EFC schedulers are typically designed for dynamic, best-effort operation based on unmanaged resource allocation and elastic virtualization. This paradigm introduces unbounded queueing, res...

9 Scenario-Based Design Space Exploration

Retention-Based Energy-Efficient and High-Core-Utilization Scheduling for Arbitrary-Deadline DAGs

A retention-oriented scheduling framework for always-on arbitrary-deadline Directed Acyclic Graph workloads, consisting of two algorithms with a clear progression, and shows that, compared with a representative work-conserving baseline with automatic retention/PG, PREHS reduces static energy consumption.

Adaptive Real-Time Systems —From Specification to Execution—

FAA+RTS is a novel solution as it integrates previously-isolated methods for dealing with multiple constraints into a single framework, presenting a single overview of all possible trade-offs to the application designer, resulting in a robust and reliable system.