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Computer control : task synchronisation in dynamic priority scheduling

机译:计算机控制:动态优先级调度中的任务同步

摘要

Due to common resource protection, most real-time tasks have non-preemptive sections. Such sections, called critical sections, rise several problems to real-time scheduling theory. Namely, deadlock avoidance and bounded blocking time. Different and widely mentioned solutions exist for this problem in the context of fixed priority scheduling. However, solutions for the same problem but in the context of totally dynamic scheduling, although much more interesting, are seldom referred in the current literature. This paper surveys those solutions and illustrates their philosophies, providing thus a considerable help for real-time systems designers who develop or intent to develop their applications upon EDF or other totally dynamic scheduling algorithm.
机译:由于具有公共资源保护,大多数实时任务具有非抢占性部分。这些部分称为关键部分,给实时调度理论提出了一些问题。即,避免死锁和有限的阻塞时间。在固定优先级调度的情况下,存在针对该问题的不同且广泛提及的解决方案。然而,尽管有趣得多,但是在完全动态调度的情况下,针对同一问题的解决方案在当前文献中很少提及。本文调查了这些解决方案并阐明了它们的理念,从而为实时系统设计人员提供了相当大的帮助,这些系统开发人员打算或打算在EDF或其他完全动态的调度算法上开发其应用程序。

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