Minimization of P-circuits using boolean relations

A. Bernasconi, V. Ciriani, G. Trucco, T. Villa
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引用次数: 3

Abstract

In this paper, we investigate how to use the complete flexibility of P-circuits, which realize a Boolean function by projecting it onto overlapping subsets given by a generalized Shannon decomposition. It is known how to compute the complete flexibility of P-circuits, but the algorithms proposed so far for its exploitation do not guarantee to find the best implementation, because they cast the problem as the minimization of an incompletely specified function. Instead, here we show that to explore all solutions we must set up the problem as the minimization of a Boolean relation, because there are don't care conditions that cannot be expressed by single cubes. In the experiments we report major improvements with respect to the previously published results.
用布尔关系最小化p电路
本文研究了如何利用p电路的完全灵活性,将布尔函数投影到由广义香农分解给出的重叠子集上,从而实现布尔函数。如何计算p电路的完全灵活性是已知的,但迄今为止提出的算法并不能保证找到最佳实现,因为它们将问题视为不完全指定函数的最小化。相反,这里我们表明,为了探索所有的解决方案,我们必须将问题设置为布尔关系的最小化,因为存在不能由单个立方体表示的不关心条件。在实验中,我们报告了与先前发表的结果相比的重大改进。
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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