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A Novel Fault Tolerance Measure of Interconnection Multiprocessor Systems

机译:互连多处理器系统的一种新的容错措施

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摘要

Certain nodes cannot be faulty at the same time which can better reflect fault patterns in a real system than the existing ones. The determination of the size of a g-neighborhoods (i.e., a neighborhood of a set of g nodes) in a given graph is essential to analyze the fault tolerance of multiprocessor systems. In this paper, we present a novel fault tolerance measure for hypermesh based on the conditional components, proving the bounds of the neighborhoods of the conditional components and the other results related to fault tolerance. Our study results show that the originally corresponding results tend to underestimate resilience of interconnection multiprocessor systems.
机译:某些节点不能同时发生故障,这可以比现有节点更好地反映实际系统中的故障模式。确定给定图中的g个邻域(即,一组g个节点的邻域)的大小对于分析多处理器系统的容错能力至关重要。在本文中,我们提出了一种新的基于条件分量的超网格容错度量,证明了条件分量邻域的边界以及与容错有关的其他结果。我们的研究结果表明,最初对应的结果往往会低估互连多处理器系统的弹性。

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