A recent result in [13] has demonstrated the existence of a sufficient global EDF schedulability test for sporadic task systems that makes the following guarantee: any task system that is not determined to be schedulable on an mprocessor platform by this test is guaranteed to actually not be so on a platform in which each processor is m/(2m-1) times as fast. A new global EDF schedulability test is proposed here that builds on this result. This new test is shown to be less pessimistic and more widely applicable than the earlier result was, while retaining the strong theoretical properties - in particular, the speedup bound - of the earlier result. © 2009 IEEE
Enormous efforts have been spent in the derivation of sufficient schedulability tests for popular gl...
As Moore's law comes to an end, multi-processor (MP) systems are becoming increasingly important in ...
We study the schedulability analysis problem for nonpreemptive scheduling algorithms on multiprocess...
A recent result in [13] has demonstrated the existence of a sufficient global EDF schedulability tes...
Several schedulability tests have been proposed for global EDF scheduling on identical multiprocesso...
The increasing attention on global scheduling algorithms for identical multiprocessor platforms prod...
A new technique was recently introduced by Bonifaci et al. for the analysis of real-time systems sch...
A new technique was recently introduced by Bonifaci et al. for the analysis of real-time systems sch...
Multiprocessor hardware platforms are now being considered for embedded systems, due to their high c...
a b s t r a c t Several schedulability tests have been proposed for global EDF scheduling on identic...
International audienceWe address the problem of schedulability analysis for a set of sporadic real-t...
A schedulability test is derived for the global Earliest Deadline Zero Laxity (EDZL) scheduling algo...
This paper compares the performance of several variations on EDF-based global and partitioned multip...
With the widespread adoption of multi-core architectures, it is becoming more important to develop s...
In this paper, we investigate the quality of several linear-time schedulability tests for preemptive...
Enormous efforts have been spent in the derivation of sufficient schedulability tests for popular gl...
As Moore's law comes to an end, multi-processor (MP) systems are becoming increasingly important in ...
We study the schedulability analysis problem for nonpreemptive scheduling algorithms on multiprocess...
A recent result in [13] has demonstrated the existence of a sufficient global EDF schedulability tes...
Several schedulability tests have been proposed for global EDF scheduling on identical multiprocesso...
The increasing attention on global scheduling algorithms for identical multiprocessor platforms prod...
A new technique was recently introduced by Bonifaci et al. for the analysis of real-time systems sch...
A new technique was recently introduced by Bonifaci et al. for the analysis of real-time systems sch...
Multiprocessor hardware platforms are now being considered for embedded systems, due to their high c...
a b s t r a c t Several schedulability tests have been proposed for global EDF scheduling on identic...
International audienceWe address the problem of schedulability analysis for a set of sporadic real-t...
A schedulability test is derived for the global Earliest Deadline Zero Laxity (EDZL) scheduling algo...
This paper compares the performance of several variations on EDF-based global and partitioned multip...
With the widespread adoption of multi-core architectures, it is becoming more important to develop s...
In this paper, we investigate the quality of several linear-time schedulability tests for preemptive...
Enormous efforts have been spent in the derivation of sufficient schedulability tests for popular gl...
As Moore's law comes to an end, multi-processor (MP) systems are becoming increasingly important in ...
We study the schedulability analysis problem for nonpreemptive scheduling algorithms on multiprocess...