A fault-tolerant technique for scheduling periodic tasks in real-time systems

Y. Hong, H. W. Goo
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引用次数: 3

Abstract

We present a heuristic for producing a fault-tolerant schedule of given periodic tasks in distributed real-time systems. Tasks are divided into two classes according to their task utilization. In order to recover from faults, a hybrid scheme based on space redundancy and time redundancy is used. We use a very simple and fast heuristic to provide fault tolerance and reduce time overhead in case of transient faults in distributed real-time systems. We show that our approach can improve processor utilization.
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实时系统中调度周期性任务的一种容错技术
本文提出了一种在分布式实时系统中生成给定周期任务容错调度的启发式算法。根据任务的利用率,将任务分为两类。为了从故障中恢复,采用了一种基于空间冗余和时间冗余的混合方案。在分布式实时系统中,我们使用一种非常简单和快速的启发式方法来提供容错并减少瞬时故障的时间开销。我们证明了我们的方法可以提高处理器的利用率。
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