Add to ORKGInternational audienceDevelopment of a run-time, self-adaptive scheduling algorithm for Multi-Processor System-on-Chip taking into account faults and thereby treating unreliable system component
The design of real-time systems faces two important challenges: incorporating more functions/service...
In this paper, we consider preemptive scheduling of a set of fixed-priority, sporadic tasks on multi...
Hard-real-time systems require predictable performance despite the occurrence of failures. In this p...
International audienceDevelopment of a run-time, self-adaptive scheduling algorithm for Multi-Proces...
International audienceAs transistors scale down, systems are more vulnerable to faults. Their reliab...
International audienceThis paper is aimed at studying fault-tolerant design of the realtime multi-pr...
This report explores algorithms aiming at reducing the algorithm run-time and rejection rate when on...
This paper presents several fault-tolerant extensions of the Rate-Monotonic First-Fit multiprocessor...
In this paper, it was discussed about various fault tolerant task scheduling Algorithm for the multi...
The thesis is concerned with online mapping and scheduling of tasks on multiprocessor embedded syste...
Abstract- Multiprocessors used in life-critical real-time sys-tems must recover quickly from failure...
In real-time systems, tasks have deadlines to be met despite the presence of faults. Primary-Backup ...
This thesis consists of two parts: performance bounds for scheduling algorithms for parallel progr...
We present a new scheduling approach to produce automatically a fault tolerant distributed schedule ...
The design of real-time systems faces two important challenges: incorporating more functions/service...
In this paper, we consider preemptive scheduling of a set of fixed-priority, sporadic tasks on multi...
Hard-real-time systems require predictable performance despite the occurrence of failures. In this p...
International audienceDevelopment of a run-time, self-adaptive scheduling algorithm for Multi-Proces...
International audienceAs transistors scale down, systems are more vulnerable to faults. Their reliab...
International audienceThis paper is aimed at studying fault-tolerant design of the realtime multi-pr...
This report explores algorithms aiming at reducing the algorithm run-time and rejection rate when on...
This paper presents several fault-tolerant extensions of the Rate-Monotonic First-Fit multiprocessor...
In this paper, it was discussed about various fault tolerant task scheduling Algorithm for the multi...
The thesis is concerned with online mapping and scheduling of tasks on multiprocessor embedded syste...
Abstract- Multiprocessors used in life-critical real-time sys-tems must recover quickly from failure...
In real-time systems, tasks have deadlines to be met despite the presence of faults. Primary-Backup ...
This thesis consists of two parts: performance bounds for scheduling algorithms for parallel progr...
We present a new scheduling approach to produce automatically a fault tolerant distributed schedule ...
The design of real-time systems faces two important challenges: incorporating more functions/service...
In this paper, we consider preemptive scheduling of a set of fixed-priority, sporadic tasks on multi...
Hard-real-time systems require predictable performance despite the occurrence of failures. In this p...