Response Time Analysis for Thermal-Aware Real-Time Systems under Fixed-Priority Scheduling

This paper investigates schedulability analysis for thermal-aware real-time systems. Thermal constraints are becoming more and more critical in new generation miniaturized embedded systems, e.g. Medicals implants. As part of this work, we adapt the PFP
_asap
algorithm proposed in [1] for energy-harvesting systems to thermal-aware ones. We prove its optimality for non-concrete
¹
fixed-priority task sets and propose a response-time analysis based on worst-case response-time upper bounds. We evaluate the efficacy of the proposed bounds via extensive simulation over randomly-generated task systems.