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An earlier time for inserting and/or accelerating tasks

机译:插入和/或加速任务的时间更早

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摘要

In a periodic real-time system scheduled by the EDF (Earliest Deadline First) algorithm (Liu and Layland, J. ACM 20(1), 40-61, 1973; Barauh, Proc. of the 27th IEEE International Real-Time Systems Symposium, 379-387, 2006; Buttazzo, J. Real-Time Syst. 29(1), 5-26, 2005), when new tasks have to be inserted into the system at run-time and/or current tasks request to increase their rates in response to internal or external events, the new sum of the utilizations after the insertion and/or acceleration should be limited, otherwise, one or more current tasks should usually be compressed (their periods being prolonged) in order to avoid overload. Buttazzo offered a time from which on this kind of adjustment can be done without causing any deadline miss in the system (Buttazzo et al., IEEE Trans. Comput. 51(3), 289-302, 2002). It is, however, not early enough. In this paper, an earlier time is given and formally proved.
机译:在由EDF(最早截止日期优先)算法调度的周期性实时系统中(Liu和Layland,J。ACM 20(1),40-61,1973; Barauh,Proc。,第27届IEEE国际实时系统研讨会) ,379-387,2006; Buttazzo,J. Real-Time Syst。29(1),5-26,2005),此时必须在运行时将新任务插入系统和/或当前任务要求增加它们对内部或外部事件的响应速率,应限制插入和/或加速后新的利用率总和,否则,通常应压缩一项或多项当前任务(延长其时间),以避免过载。 Buttazzo提供了一个时间,可以在这种时间上进行这种调整而不会导致系统中的任何截止期限缺失(Buttazzo等人,IEEE Trans。Comput。51(3),289-302,2002)。但是,还不够早。在本文中,给出了较早的时间并得到了正式证明。

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