This paper provides analysis of the Adaptive Mixed Criticality (AMC) scheduling scheme for mixed-criticality systems that include tasks with arbitrary deadlines and semi-clairvoyant behavior. An arbitrary deadline task is one that can have a deadline that may be greater than its period. A semi-clairvoyant task is one that upon arrival of each job, reveals which of its two WCET parameters will be respected. This enables an earlier switch to be made from the normal mode of operation to the abnormal mode. The previously published schedulability test AMC-max is modified to cater for both of these extensions. Evaluation shows that there is a significant improvement in schedulability for semi-clairvoyant tasks over non-clairvoyant, and for arbitr...
Mixed criticality systems contain components of at least two criticality levels which execute on a c...
In this paper, we use the term “Analysis-Runtime Co-design” to describe the technique of modifying t...
Systems in many safety-critical application domains are subject to certification requirements. In su...
This paper extends analysis of the Adaptive Mixed Criticality (AMC) scheme for fixed-priority preemp...
In the Vestal model of mixed-criticality systems, jobs are characterized by multiple different estim...
The majority of prior academic research into mixed criticality systems assumes that if high-critical...
The well-known model of Vestal aims to avoid excessive pessimism in the quantifcation of the process...
Scheduling Mixed-Criticality (MC) workload is a challenging problem in real-time computing. Earliest...
In the Vestal model of mixed-criticality systems, jobs are characterized by multiple different estim...
AbstractSafety-critical avionics systems which become more complex and tend to integrate multiple fu...
The capability of hardware is constantly developing in capacity, speed and efficiency. This developm...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
An increasing trend in safety-critical real-time systems is towards open computing environments, whe...
We present the concept of degree of schedulability for mixed-criticality scheduling systems. This co...
This paper introduces probabilistic analysis for fixed priority preemptive scheduling of mixed criti...
Mixed criticality systems contain components of at least two criticality levels which execute on a c...
In this paper, we use the term “Analysis-Runtime Co-design” to describe the technique of modifying t...
Systems in many safety-critical application domains are subject to certification requirements. In su...
This paper extends analysis of the Adaptive Mixed Criticality (AMC) scheme for fixed-priority preemp...
In the Vestal model of mixed-criticality systems, jobs are characterized by multiple different estim...
The majority of prior academic research into mixed criticality systems assumes that if high-critical...
The well-known model of Vestal aims to avoid excessive pessimism in the quantifcation of the process...
Scheduling Mixed-Criticality (MC) workload is a challenging problem in real-time computing. Earliest...
In the Vestal model of mixed-criticality systems, jobs are characterized by multiple different estim...
AbstractSafety-critical avionics systems which become more complex and tend to integrate multiple fu...
The capability of hardware is constantly developing in capacity, speed and efficiency. This developm...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
An increasing trend in safety-critical real-time systems is towards open computing environments, whe...
We present the concept of degree of schedulability for mixed-criticality scheduling systems. This co...
This paper introduces probabilistic analysis for fixed priority preemptive scheduling of mixed criti...
Mixed criticality systems contain components of at least two criticality levels which execute on a c...
In this paper, we use the term “Analysis-Runtime Co-design” to describe the technique of modifying t...
Systems in many safety-critical application domains are subject to certification requirements. In su...