On structuring holistic fault tolerance

Rem Gensh, A. Romanovsky, A. Yakovlev
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引用次数: 4

Abstract

Computer systems are developed taking into account that they should be easily maintained in the future. It is one of the main requirements for the sound architectural design. The existing approaches to introducing fault tolerance rely on recursive system structuring out of functional components – this typically results in non-optimal fault tolerance. The paper proposes a vision of structuring complex many-core systems by introducing a special component supporting system-wide fault tolerance coordination. The component acts as a central module making decisions about fault tolerance strategies to be implemented by individual system components depending on the performance and energy requirements specified as system operating modes.
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论整体容错结构
计算机系统的发展考虑到它们将来应该易于维护。这是良好建筑设计的主要要求之一。现有的引入容错的方法依赖于功能组件的递归系统结构——这通常会导致非最优容错。通过引入支持全系统容错协调的特殊组件,提出了构建复杂多核系统的设想。该组件充当中央模块,根据系统操作模式指定的性能和能源需求,对由各个系统组件实现的容错策略做出决策。
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