Preemptively scheduling hard-real-time sporadic tasks on one processor
Sanjoy Baruah, Aloysius K. Mok, Louis E. Rosier
Abstract
Sanjoy Baruah, Aloysius K. Mok, Louis E. Rosier
Abstract
Consideration is given to the preemptive scheduling of hard-real-time sporadic task systems on one processor. The authors first give necessary and sufficient conditions for a sporadic task system to be feasible (i.e., schedulable). The conditions cannot, in general, be tested efficiently (unless P=NP). They do, however, lead to a feasibility test that runs in efficient pseudo-polynomial time for a very large percentage of sporadic task systems.>
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Consideration is given to the preemptive scheduling of hard-real-time sporadic task systems on one processor. The authors first give necessary and sufficient conditions for a sporadic task system to be feasible (i.e., schedulable). The conditions cannot, in general, be tested efficiently (unless P=NP). They do, however, lead to a feasibility test that runs in efficient pseudo-polynomial time for a very large percentage of sporadic task systems.>
Key concepts: Scheduling (production processes), Computer science, Task (project management), Time complexity, Execution time, Preemption, Parallel computing, Running time