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Improvement of Embedded Linux Operating System Scheduling Algorithm

Xu De

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Abstract

In embedded systems,the real-time scheduling algorithm performance has a direct to the real-time plays a decisive role.Therefore,this paper firstly introduces the related concepts and dispatch system real-time scheduling algorithm classification,and then discusses current common scheduling algorithm based on quality,after priority scheduling algorithm was improved,based on improved after a variety of mixed RADS algorithm meets the practical application scheduling model of real-time diversity needs.

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What this paper is about

In embedded systems,the real-time scheduling algorithm performance has a direct to the real-time plays a decisive role.Therefore,this paper firstly introduces the related concepts and dispatch system real-time scheduling algorithm classification,and then discusses current common scheduling algorithm based on quality,after priority scheduling algorithm was improved,based on improved after a variety of mixed RADS algorithm meets the practical application scheduling model of real-time diversity needs.

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Available abstract

In embedded systems,the real-time scheduling algorithm performance has a direct to the real-time plays a decisive role.Therefore,this paper firstly introduces the related concepts and dispatch system real-time scheduling algorithm classification,and then discusses current common scheduling algorithm based on quality,after priority scheduling algorithm was improved,based on improved after a variety of mixed RADS algorithm meets the practical application scheduling model of real-time diversity needs.

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

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