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A real-time task scheduling algorithm for multicore embedded systems

机译:多核嵌入式系统的实时任务调度算法

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Processors are becoming into multicore ones. The same trend is also emerging in embedded systems. More cores on the single chip provide better concurrent of the tasks. However, the task scheduling becomes the new challenge of embedded operating system. It is still an important issue that how the tasks in multicore embedded system can be scheduled efficiently under the condition of ensuring the real-time constraint. When the number of processor cores increases continuously, such situation also relates to task scheduling for efficiency. In this paper, a novel scheduling algorithm is proposed for multicore embedded systems with the satisfied real-time condition. When the number of on-chip cores increase, this algorithm can meet the new requirements. The experimental results show that our algorithm has achieved its target.
机译:处理器正在成为多核处理器。嵌入式系统中也出现了相同的趋势。单个芯片上更多的内核可提供更好的并发任务。然而,任务调度成为嵌入式操作系统的新挑战。在确保实时约束的情况下如何有效地调度多核嵌入式系统中的任务仍然是一个重要的问题。当处理器核心的数量持续增加时,这种情况也与任务调度有关,以提高效率。本文提出了一种满足实时条件的多核嵌入式系统调度算法。当片上核数增加时,该算法可以满足新的要求。实验结果表明我们的算法已经达到了目标。

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