管理性能分析与动态统计投影追求

J. Vetter, D. Reed
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引用次数: 35

摘要

计算机系统和应用变得越来越复杂。因此,由于运行时组件之间复杂的、短暂的相互关系,性能分析变得更加困难。为了诊断这些类型的性能问题,开发人员必须使用详细的工具来获取大量的性能指标。不幸的是,这种插装实际上可能会影响性能分析,导致开发人员得出模棱两可的结论。在本文中,我们将介绍一种技术,用于将性能分析的重点放在有趣的性能指标上。这种技术称为动态统计投影追踪,它确定监视系统应该跨一定数量的处理器捕获的有趣的性能指标。通过减少性能指标的数量,投影追踪可以限制仪器对目标系统性能的影响,并可以减少性能数据的量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Managing Performance Analysis with Dynamic Statistical Projection Pursuit
Computer systems and applications are growing more complex. Consequently, performance analysis has become more difficult due to the complex, transient interrelationships among runtime components. To diagnose these types of performance issues, developers must use detailed instrumentation to capture a large number of performance metrics. Unfortunately, this instrumentation may actually influence the performance analysis, leading the developer to an ambiguous conclusion. In this paper, we introduce a technique for focussing a performance analysis on interesting performance metrics. This technique, called dynamic statistical projection pursuit, identifies interesting performance metrics that the monitoring system should capture across some number of processors. By reducing the number of performance metrics, projection pursuit can limit the impact of instrumentation on the performance of the target system and can reduce the volume of performance data.
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