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Dynamic Scheduling Algorithm Based on Limited Number of Priority

Jiali Wang

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Abstract

Real-time tasks scheduling is key problem in real-time system, real-time dynamic scheduling is main aspect of real-time scheduling. When real-time scheduling is used in practical system it may just use limited number of priority level. When real-time scheduling theory carry out theoretic analysis, all of them assume that there are unlimited number of priority level. The paper present the algorithm of dynamic real-time scheduling in the condition of limited priority level, and presents the minimum number of priority level that the tasks system schedules dynamically. Finally, the algorithm complexity is analyzed.

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What this paper is about

Real-time tasks scheduling is key problem in real-time system, real-time dynamic scheduling is main aspect of real-time scheduling. When real-time scheduling is used in practical system it may just use limited number of priority level. When real-time scheduling theory carry out theoretic analysis, all of them assume that there are unlimited number of priority level. The paper present the algorithm of dynamic real-time scheduling in the condition of limited priority level, and presents the minimum number of priority level that the tasks system schedules dynamically. Finally, the algorithm complexity is analyzed.

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Available abstract

Real-time tasks scheduling is key problem in real-time system, real-time dynamic scheduling is main aspect of real-time scheduling. When real-time scheduling is used in practical system it may just use limited number of priority level. When real-time scheduling theory carry out theoretic analysis, all of them assume that there are unlimited number of priority level. The paper present the algorithm of dynamic real-time scheduling in the condition of limited priority level, and presents the minimum number of priority level that the tasks system schedules dynamically. Finally, the algorithm complexity is analyzed.

Key concepts: Dynamic priority scheduling, Earliest deadline first scheduling, Computer science, Rate-monotonic scheduling, Deadline-monotonic scheduling, Fair-share scheduling, Two-level scheduling, Round-robin scheduling

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