HP-UX中数学函数的内联/sup /spl reg// 2

James W. Thomas
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引用次数: 2

摘要

HP-UX为Itanium处理器家族(IPF)系统编译内联数学函数,与外部库调用相比,将吞吐量提高了4 -8倍,实现了与高度调优的矢量函数相当的速度,而不需要用户为矢量接口编码,也不会牺牲精度或边缘情况行为。本文重点介绍了支持实现用于内联的高性能、高质量数学函数的IPF体系结构特征。讨论了利用这些特性和大规模开发内联序列的策略,并给出了必要的编译器特性和语言扩展。此外,本文还描述了生成内联代码并将其内联的编译器机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Inlining of mathematical functions in HP-UX for Itanium/sup /spl reg// 2
HP-UX compilers inline mathematical functions for Itanium processor family (IPF) systems to improve throughput 4X-8X versus external library calls, achieving speeds comparable to highly tuned vector functions, without requiring the user to code for a vector interface and without sacrificing accuracy or edge-case behaviors. This paper highlights IPF architectural features that support implementation of high-performance, high-quality mathematics functions for inlining. It discusses strategies for utilizing the features and developing inlineable sequences on a large scale, and it presents requisite compiler features and language extensions. Also, this paper describes compiler mechanisms that produce inlineable code and inline it.
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