用Pi-Calculus模拟匹配和不匹配

Jing Lu
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引用次数: 0

摘要

微积分和微积分之间的可表达性问题在这些年仍然没有解决。由Cai和Fu给出的在微积分中对λ微积分的完全抽象,表明了-def(-微积分的一种变体)足够强大,可以成为目标微积分,而不是最小的- m。实际上,这两种演算有一些不同,最重要的是- m不包含match和mismatch这样的算子,这使得-def更具表现力。本文提出了一种新的方法,在pi-微积分的框架下,通过计算来模拟匹配和不匹配,并将项转换为不匹配和不匹配的更简单的形式。该编码也被证明是保留双模拟的,并将作为解释λ -微积分在pi-微积分中的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulate Match and Mismatch by Computing in Pi-Calculus
Problem of expressiveness between lambda calculus and pi-calculus was still open these years. A full abstraction of lambda-calculus in pi-calculus, given by Cai and Fu, shows that a pi-def, a variant of pi-calculus, is powerful enough to be the target calculus instead of minimal pi-calculus, pi-M. In fact, there are some differences between these two calculi and the most important one is that pi-M contains no operator like match and mismatch, which makes pi-def more expressive. In this paper, a new approach is proposed that simulate, in the framework of pi-calculus, match and mismatch by computing and transforms-terms to a simpler form without match and mismatch. The encoding is also proved to reserve bisimulation and will be put into a part of an interpretation of lambda-calculus in pi-calculus.
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