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Reliability-driven real-time task replication for fault tolerance in hierarchical scheduling multiprocessor systems

机译:可靠性驱动的实时任务复制,用于分层调度多处理器系统中的容错

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摘要

The increasing complexity of systems poses a big challenge to design systems with fault-tolerant capability. The aim of this study was to establish fault-tolerant system for multiprocessor platform with the help of hierarchical scheduling framework. A mathematical fault and reliability model for hierarchical scheduling framework was proposed firstly, and then a heuristic algorithm by exploiting the difference of task resource overhead and the probability of task failures was presented and a task replication scheme was given lastly. The experimental results demonstrated the proposed scheme could effectively guarantee reliability goal and reduce resource consumption simultaneously.
机译:系统越来越复杂,这对具有容错能力的系统设计提出了巨大挑战。这项研究的目的是借助分层调度框架为多处理器平台建立容错系统。首先提出了层次调度框架的数学故障和可靠性模型,然后利用任务资源开销的差异和任务失败的概率,提出了启发式算法,最后给出了任务复制方案。实验结果表明,该方案可以有效地保证可靠性目标,同时减少资源消耗。

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