Accounting for large jobs for a single-processor online model

E. Tarasova, N. Grigoreva
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引用次数: 1

Abstract

The paper proposes for consideration an online scheduling model for single processor with a deadlines and minimization of the total delay. A new LJSF algorithm has been proposed that takes into account the size of the jobs entering the process and is adapted to cases of large jobs. In comparison with existing algorithms, LJSF improved the results on average by 3% - 20% in more than 40% of examples for different testing groups, while in other cases the values of the objective functions were close with a deviation of no more than 2%.
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考虑单处理器在线模型的大型作业
提出了一种单处理机在线调度模型,该模型具有最后期限和总延迟最小。提出了一种新的LJSF算法,该算法考虑了进入进程的作业的大小,并适用于大型作业的情况。与现有算法相比,LJSF在不同测试组超过40%的样例中平均提高了3% - 20%的结果,而在其他情况下目标函数的值接近,偏差不超过2%。
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