迈向一个源代码仪器测量验证的框架

Haleh Najafzadeh, S. Chaiken
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引用次数: 5

摘要

忽略监视开销和不验证度量是基准测试中的两个常见错误。我们扩展、应用和评估了一个实用的FFT库,我们自己的方法用于开销补偿和整体验证。我们处理的开销和错误源包括源检测和与所研究的现象无关的单独活动。我们能够量化与更便携的探针技术相比,更简单的差异,并将它们与编译器优化效果联系起来。最后,我们在现有的通用软件测量框架中使用软件可访问计数器来验证性能测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a framework for source code instrumentation measurement validation
Ignoring monitoring overhead and not validating measurements are two common mistakes in benchmarking. We extend, apply and evaluate for a practical FFT library our own methodologies for overhead compensation and over-all validation. The overhead and error sources we address include the source instrumentation and separate activities unrelated to the phenomena under study. We are able to quantify the differences with simpler compared with more portable probe technology and relate them to compiler optimization effects. Finally we formulate our framework for validating performance measurement using software accessible counters within existing framework for general software measurements.
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