PROMIS编译器原型

Carrie J. Brownhill, A. Nicolau, S. Novack, C. Polychronopoulos
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引用次数: 11

摘要

源代码并行化器和指令级并行化器各自具有特定的优势。通常,编译器根据目标体系结构和/或算法被设计为其中之一。设计用于为现代多级机器生成近乎最佳代码的编译器必须同时具备这两种功能。本文介绍了PROMIS编译器的原型。该原型的设计是为了表明循环级和指令级并行化可以结合起来产生比单独一个更好的结果。此外,它还显示了级别之间的通信如何产生额外的加速。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The PROMIS compiler prototype
Source-code parallelizers and instruction-level parallelizers each have specific advantages. Usually, a compiler is designed to be one or the other, based on the target architecture and/or algorithms. A compiler that is designed to generate near-optimal code for modern, multi-level machines must have the capabilities of both. This paper describes the prototype of the PROMIS compiler. The prototype was designed to show that loop-level and instruction-level parallelization can be combined to produce results better than either one alone. In addition, it shows how communication between the levels can produce additional speedup.
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