一种新的并行计算机定位算法:基础与应用

F. Clermidy, T. Collette, M. Nicolaidis
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引用次数: 1

摘要

提高并行计算机可靠性的一种方法是在功能结构中增加补充处理器和互连,以取代相对于网络结构的故障处理器。这种方法被称为结构容错(SFT)。高度集成的并行计算机是实现并行结构的一种方法。然后,材料结构由许多基本块组成,例如asic或多芯片模块(mcm),每个模块包含许多处理器。我们发现以前的SFT方法不能结合这种结构的不同特征、约束和要求。因此,本文介绍了一种新的重构方法,专门用于高度集成的并行计算机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new placement algorithm dedicated to parallel computers: bases and application
One way to improve reliability in parallel computers consists of adding supplementary processors and interconnections to the functional structure in order to replace faulty processors with respect to the network structure. This approach is named structural fault tolerance (SFT). Very integrated parallel computers are one way to implement a parallel structure. The material structure is then composed of many elementary blocks, such as ASICs or multi-chip modules (MCMs), each containing many processors. We show that former SFT methods fail in combining the different features, constraints and requirements of such structures. Thus, this paper introduces a new reconfiguration approach that is dedicated to very integrated parallel computers.
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