International audienceThis paper introduces probabilistic analysis for fixed priority preemptive scheduling of mixed criticality systems on a uniprocessor using the Adaptive Mixed Criticality (AMC) and Static Mixed Criticality (SMC) schemes. We compare this analysis to the equivalent deterministic methods, highlighting the performance gains that can be obtained by utilising more detailed information about worst-case execution time estimates described in terms of probability distributions
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
Most prior work on mixed-criticality (MC) scheduling has focused on a model in which multiple WCET p...
In mixed-criticality systems, functionalities of different degrees of importance (or criticalities) ...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
International audienceIn this paper we present a probabilistic response time analysis for mixed crit...
In this paper we approach the problem of Mixed Criticality (MC) for probabilistic real-time systems ...
The capability of hardware is constantly developing in capacity, speed and efficiency. This developm...
The mixed-criticality toolbox promises system architects a powerful framework for consolidating real...
This paper extends analysis of the Adaptive Mixed Criticality (AMC) scheme for fixed-priority preemp...
This position paper outlines the innovative probabilistic approach being taken by the EU Integrated ...
There is an increasing trend in embedded systems towards implementing multiple functionalities upon ...
In conventional real-time systems analysis, each system parameter is specified by a single estimate,...
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
Most prior work on mixed-criticality (MC) scheduling has focused on a model in which multiple WCET p...
In mixed-criticality systems, functionalities of different degrees of importance (or criticalities) ...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
International audienceThis paper introduces probabilistic analysis for fixed priority preemptive sch...
International audienceIn this paper we present a probabilistic response time analysis for mixed crit...
In this paper we approach the problem of Mixed Criticality (MC) for probabilistic real-time systems ...
The capability of hardware is constantly developing in capacity, speed and efficiency. This developm...
The mixed-criticality toolbox promises system architects a powerful framework for consolidating real...
This paper extends analysis of the Adaptive Mixed Criticality (AMC) scheme for fixed-priority preemp...
This position paper outlines the innovative probabilistic approach being taken by the EU Integrated ...
There is an increasing trend in embedded systems towards implementing multiple functionalities upon ...
In conventional real-time systems analysis, each system parameter is specified by a single estimate,...
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
Most prior work on mixed-criticality (MC) scheduling has focused on a model in which multiple WCET p...
In mixed-criticality systems, functionalities of different degrees of importance (or criticalities) ...