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A DEADLINE-BASED ALGORITHM FOR DYNAMIC TASK SCHEDULING WITH PRECEDENCE CONSTRAINTS

机译:具有优先约束的动态任务调度的基于截止时间的算法

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This paper presents a new deadline-based algorithm for dynamic task scheduling on multiprocessor real-time systems. The proposed algorithm was built based on the well-known dynamic scheduling algorithm the Earliest Deadline First (EDF). We extend the EDF algorithm in three significant criterions: (1) The original EDF deals with set of periodic task. (2) It schedules only independent tasks. (3) It works best in the single processor system. Our contribution in this study is a creation of a new variation of EDF called EDF-pc that able to schedule set of non-periodic tasks. It also deals with tasks that may or may not have precedence constraints and it produced acceptable results in the multiprocessor systems.
机译:本文提出了一种新的基于截止时间的新算法,用于多处理器实时系统上的动态任务调度。所提出的算法是基于众所周知的动态调度算法“最早截止日期优先”(EDF)构建的。我们将EDF算法扩展到三个重要标准:(1)原始EDF处理周期性任务集。 (2)仅安排独立任务。 (3)在单处理器系统中效果最好。我们在这项研究中所做的贡献是创建了一个新的EDF变体,称为EDF-pc,它可以安排一系列非周期性任务。它还处理可能具有或没有优先级约束的任务,并且在多处理器系统中产生了可接受的结果。

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