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A loop optimization technique based on scheduling table 基于调度表的循环优化技术
Pub Date : 1989-08-01 DOI: 10.1145/75362.75410
D. Liu, W. Giloi
Loop optimization is an important aspect of microcode compaction to minimize execution time. In this paper a new loop optimization technique for horizontal microprograms is presented, which makes use of the cyclic regularity of loops.We have extended the concept of reservation table, which is used to develop a pipeline control strategy, so that both data dependencies and resource conflicts are taken into account. Based on the analysis of the extended reservation table, or scheduling table, an optimal schedule can be obtained. The iterations of a loop are then rearranged to form a new loop body, whose length may be greater than that of the original one. But the average initiation latency between iterations is minimal.
循环优化是最小化执行时间的微码压缩的一个重要方面。本文提出了一种新的水平微程序循环优化技术,该技术利用了循环的循环规律。我们扩展了用于开发管道控制策略的保留表的概念,以便同时考虑数据依赖性和资源冲突。通过对扩展预约表或调度表的分析,可以得到最优调度。然后将循环的迭代重新排列,形成新的循环体,其长度可能大于原循环体的长度。但是迭代之间的平均初始化延迟是最小的。
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引用次数: 2
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MICRO 22
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