We address the implementation of periodic task sets for off-line scheduling. Off-line scheduling approach consistsin computing a worst-case schedule before runtime. Implementing a schedule requires to specify what must happenwhen the actual execution times of tasks are lower than the planned execution times. The first contributionconsist of the formalization of implementation policies. These policies consider the date by which a task maystart execution, which may or not occur before the planned start time. The inflexible policy does not allowa task to run before its planned start time, the flexible policy does. Since many implementations can complywith these two policies, we also propose a cost model which enables to perform some comparison...
This thesis deals with the mapping and the scheduling of workflows. In this context, we consider unr...
The hard real-time systems are characterized by sets of tasks for which are known the deadline, the ...
Off-line scheduling and fixed priority scheduling (FPS) are often considered as complementing and in...
We address the implementation of periodic task sets for off-line scheduling. Off-line scheduling app...
Nous nous intéressons à la mise en oeuvre effective d'applications temps réel dans une approche d'or...
Our goal is to make feasible (i.e., all required time constraints are met) on-line real-time schedul...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
L'objectif que nous nous sommes fixés dans ce travail est la conception d'algorithmes d'ordonnanceme...
Time critical embedded systems usually consist of a set of periodic data dependentreal-time tasks is...
This thesis addresses scheduling problems with consumable resource allocation and learning effect. I...
Real-time embedded systems are found in various application domains. They have to offer an increasin...
In our works, we were interested by on-line scheduling algorithms, for which the order of the execut...
We present algorithms for the scheduling sequential tasks on a Network Enabled Server (NES) environm...
AbstractWe consider real-time systems in highly safety context where tasks have to meet strict deadl...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
This thesis deals with the mapping and the scheduling of workflows. In this context, we consider unr...
The hard real-time systems are characterized by sets of tasks for which are known the deadline, the ...
Off-line scheduling and fixed priority scheduling (FPS) are often considered as complementing and in...
We address the implementation of periodic task sets for off-line scheduling. Off-line scheduling app...
Nous nous intéressons à la mise en oeuvre effective d'applications temps réel dans une approche d'or...
Our goal is to make feasible (i.e., all required time constraints are met) on-line real-time schedul...
After a state of art on classical scheduling and on real-ime scheduling, particularly, allowing to d...
L'objectif que nous nous sommes fixés dans ce travail est la conception d'algorithmes d'ordonnanceme...
Time critical embedded systems usually consist of a set of periodic data dependentreal-time tasks is...
This thesis addresses scheduling problems with consumable resource allocation and learning effect. I...
Real-time embedded systems are found in various application domains. They have to offer an increasin...
In our works, we were interested by on-line scheduling algorithms, for which the order of the execut...
We present algorithms for the scheduling sequential tasks on a Network Enabled Server (NES) environm...
AbstractWe consider real-time systems in highly safety context where tasks have to meet strict deadl...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
This thesis deals with the mapping and the scheduling of workflows. In this context, we consider unr...
The hard real-time systems are characterized by sets of tasks for which are known the deadline, the ...
Off-line scheduling and fixed priority scheduling (FPS) are often considered as complementing and in...