提高基于单元的进化硬件架构的容错性

Chanin Wongyai
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引用次数: 5

摘要

提出了一种新的基于单元结构的容错控制单元模型。该模型的主要特点是在控制单元出现故障的情况下,控制单元能够独立维修,从而提高系统的可靠性。该方法认为细胞是多层的,每一层的修复和检测是分开的,同时也支持层与层之间的故障修复和检测。本文展示了该模型如何用于覆盖单个故障和多个故障的修复。可靠性分析表明,该模型的容错能力有所提高。
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Improve fault tolerance in cell-based evolve hardware architecture
This paper presents a new fault tolerance control unit model in cell-based architecture. The main feature of the model is that a control unit is able to individual repair that uses to improve system reliability in case of control units are failure. In the approach considered a cell to be multi-layers that separate repairing and detecting of each layer, and also used to support repair and detect faults between layers. This paper shows how the model can be used to repair cover a single fault and multiple faults. The reliability analysis shows the improving fault-tolerance of this model.
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