Automatic Generation of I/O Kernels for HPC Applications

Babak Behzad, Hoang-Vu Dang, Farah Hariri, Weizhe Zhang, M. Snir
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引用次数: 11

Abstract

The study of the I/O performance of a parallel application can be facilitated by the use of an I/O kernel -- a program that generates the same I/O calls as the original application, but can be executed much faster. Such I/O kernels are especially important when the programs under study are proprietary or classified, and only available in binary form.In this paper, we show how to create automatically such an I/O kernel, by executing the target application with an instrumented I/O library, next "compressing" the resulting I/O traces into a compact C program that generates those traces.
用于HPC应用程序的I/O内核自动生成
使用I/O内核可以方便地研究并行应用程序的I/O性能——一个程序生成与原始应用程序相同的I/O调用,但执行速度要快得多。当所研究的程序是专有的或分类的,并且只能以二进制形式提供时,这样的I/O内核尤为重要。在本文中,我们将展示如何自动创建这样一个I/O内核,方法是通过使用仪表化的I/O库执行目标应用程序,然后将生成的I/O跟踪“压缩”到生成这些跟踪的紧凑C程序中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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