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A Measure of Robustness Against Multiple Kinds of Perturbations

机译:衡量多种扰动的鲁棒性

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Parallel and distributed heterogeneous computing systems may operate in an environment that undergoes unpredictable changes causing certain system performance features to degrade. Such systems need robustness to guarantee limited degradation despite fluctuations in the behavior of its component parts or environment. Our previous work in this area presented a method for generating a measure of robustness for a given system. However, the focus of that approach was on a scenario where all perturbations were of the same kind, e.g., all perturbations were in message sizes or computation times, but not both message sizes and computation times. This paper gives an extended discussion of the case where perturbations could be of different kinds, and presents some new insights.
机译:并行和分布式的异构计算系统可以在经历不可预测的变化的环境中运行,导致某些系统性能要降低。尽管在其组成部分或环境行为波动波动,但这些系统需要稳健性以保证有限的降级。我们在该领域的先前工作呈现了一种用于为给定系统产生鲁棒性度量的方法。然而,该方法的焦点是在一个场景上,所有扰动都具有相同类型,例如,所有扰动都处于消息大小或计算时间,但不是消息大小和计算时间。本文给出了对扰动可能是不同种类的情况的扩展讨论,并提出了一些新的见解。

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