iPSC/860系统的性能与汇编语言编程

D. Scott, G. Withers
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引用次数: 9

摘要

在超级计算机的世界里,目标是越来越高的性能。为了在特定的计算内核上获得最高的性能,通常需要编写汇编语言。编译器技术还没有成熟到能够自动利用i860的许多特性的程度。为了接近芯片的峰值性能,目前有必要使用自定义的汇编语言代码。重要的是要知道哪些汇编指令的组合能提供最高的性能,哪些组合不能全速运行。本文假设您已经熟悉i860微处理器汇编语言的基础知识,并集中描述如何使用860汇编语言增强代码的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance and Assembly Language Programming of the iPSC/860 System
In the world of supercomputers, the goal is higher and higher performance. To obtain the highest performance on a particular computational kernel, it is usually necessary to write assembly language. Compiler technology has not matured to the point of being able to take advantage many of the features of the i860 automatically. To approach the peak performance of the chip, it is currently necessary to use custom assembly language code. It is important to know which combinations of assembly instructions offer the highest performance, and which combinations cannot run at full speed. This paper assumes that you are already acquainted with the basics of the i860 microprocessor assembly language, and concentrates on describing how to enhance the performance of your code using 860 assembly language.
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