AbstractThis paper presents the initial step of an aid design method earmarked for operational validation of hard real-time systems. We consider systems that are composed of sequential hard real-time tasks, which are embedded on centralized multiprocessor architectures. We introduce a model based upon untimed finite automata and meant to collect the operational behaviors of the system compatible with its time specifications, and we go on to provide a feasibility decision result for systems composed of tasks presenting CPU loads which are exact values: execution times are not WCET values. This is why we call this approach WCET-free analysis. The results we have achieved likewise involve hardware specifications such as multiprocessors and spe...
With the advent of multi-core platforms, research in the field of hard real-time has recently consid...
To use multiprocessors in hard real-time systems, schedulability analysis is needed to provide forma...
Hard real-time systems induce strict constraints on the timing of the task set. Validation of these ...
International audienceThis paper presents the initial step of an aid design method earmarked for ope...
AbstractThis paper presents the initial step of an aid design method earmarked for operational valid...
AbstractIn this paper, we consider offline validation of hard real-time systems composed of both per...
To determine schedulability of priority-driven periodic tasksets on multi-processor systems, it is n...
Real-time systems are designed for applications in which response time is critical. As timing is a m...
Real-Time embedded systems must enforce strict timing constraints. In this context, achieving precis...
The determination of upper bounds on execution times, commonly called Worst-Case Execution Times (WC...
In this work, we propose an approach for automated analysis of real-time scheduling problems based o...
Real-time scheduling of application requires sound estimation of the Worst-Case Execution Time (WCET...
In a real-time system, it is crucial to ensure that all tasks of the system hold their deadlines. A ...
This thesis presents a framework for design, analysis, and implementation of embedded systems. We ad...
Today, traditional mechanical and electrical systems are replaced with special ICT (Information and ...
With the advent of multi-core platforms, research in the field of hard real-time has recently consid...
To use multiprocessors in hard real-time systems, schedulability analysis is needed to provide forma...
Hard real-time systems induce strict constraints on the timing of the task set. Validation of these ...
International audienceThis paper presents the initial step of an aid design method earmarked for ope...
AbstractThis paper presents the initial step of an aid design method earmarked for operational valid...
AbstractIn this paper, we consider offline validation of hard real-time systems composed of both per...
To determine schedulability of priority-driven periodic tasksets on multi-processor systems, it is n...
Real-time systems are designed for applications in which response time is critical. As timing is a m...
Real-Time embedded systems must enforce strict timing constraints. In this context, achieving precis...
The determination of upper bounds on execution times, commonly called Worst-Case Execution Times (WC...
In this work, we propose an approach for automated analysis of real-time scheduling problems based o...
Real-time scheduling of application requires sound estimation of the Worst-Case Execution Time (WCET...
In a real-time system, it is crucial to ensure that all tasks of the system hold their deadlines. A ...
This thesis presents a framework for design, analysis, and implementation of embedded systems. We ad...
Today, traditional mechanical and electrical systems are replaced with special ICT (Information and ...
With the advent of multi-core platforms, research in the field of hard real-time has recently consid...
To use multiprocessors in hard real-time systems, schedulability analysis is needed to provide forma...
Hard real-time systems induce strict constraints on the timing of the task set. Validation of these ...