We present the concept of degree of schedulability for mixed-criticality scheduling systems. This concept is given in terms of the two factors 1) Percentage of Missed Deadlines (PoMD), and 2) Degradation of the Quality of Service (DoQoS). The novel aspect is that we consider task arrival patterns that follow user-defined continuous probability distributions. We determine the degree of schedulability of a single scheduling component which can contain both periodic and sporadic tasks using statistical model checking in the form of UPPAAL SMC. We support uniform, exponential, Gaussian and any user-defined probability distribution
International audienceWe consider the scheduling of mixed-criticality task systems, that is, systems...
This survey covers schedulability analysis techniques for probabilistic real-time systems. It review...
In Chapter 1 we present our contributionto the scheduling of real-time systems on multiprocessor pla...
Mixed-criticality systems often need to fulfill safety standards that dictate different requirements...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
In this paper we approach the problem of Mixed Criticality (MC) for probabilistic real-time systems ...
International audienceThe classical model of a real-time system consists of a number of tasks, each ...
This paper provides analysis of the Adaptive Mixed Criticality (AMC) scheduling scheme for mixed-cri...
Existing off-line schedulability analysis for real-time systems can only handle periodic or sporadic...
International audienceIn this paper we present a probabilistic response time analysis for mixed crit...
This paper introduces probabilistic analysis for fixed priority preemptive scheduling of mixed criti...
Existing off-line schedulability analysis for real-time systems can only handle periodic or sporadic...
An increasing trend in safety-critical real-time systems is towards open computing environments, whe...
International audienceThe classical model of a real-time system consists of a number of tasks, each ...
International audienceWe consider the scheduling of mixed-criticality task systems, that is, systems...
This survey covers schedulability analysis techniques for probabilistic real-time systems. It review...
In Chapter 1 we present our contributionto the scheduling of real-time systems on multiprocessor pla...
Mixed-criticality systems often need to fulfill safety standards that dictate different requirements...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
In this paper we approach the problem of Mixed Criticality (MC) for probabilistic real-time systems ...
International audienceThe classical model of a real-time system consists of a number of tasks, each ...
This paper provides analysis of the Adaptive Mixed Criticality (AMC) scheduling scheme for mixed-cri...
Existing off-line schedulability analysis for real-time systems can only handle periodic or sporadic...
International audienceIn this paper we present a probabilistic response time analysis for mixed crit...
This paper introduces probabilistic analysis for fixed priority preemptive scheduling of mixed criti...
Existing off-line schedulability analysis for real-time systems can only handle periodic or sporadic...
An increasing trend in safety-critical real-time systems is towards open computing environments, whe...
International audienceThe classical model of a real-time system consists of a number of tasks, each ...
International audienceWe consider the scheduling of mixed-criticality task systems, that is, systems...
This survey covers schedulability analysis techniques for probabilistic real-time systems. It review...
In Chapter 1 we present our contributionto the scheduling of real-time systems on multiprocessor pla...