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Improved Matrix Interpretation

机译:改进的矩阵解释

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摘要

We present a new technique to prove termination of Term Rewriting Systems, with full automation. A crucial task in this context is to find suitable well-founded orderings. A popular approach consists in interpreting terms into a domain equipped with an adequate well-founded ordering. In addition to the usual interpretations: natural numbers or polynomials over integer/rational numbers, the recently introduced matrix based interpretations have proved to be very efficient regarding termination of string rewriting and of term rewriting. In this spirit we propose to interpret terms as polynomials over integer matrices. Designed for term rewriting, our generalisation subsumes previous approaches allowing for more orderings without increasing the search space. Thus it performs better than the original version. Another advantage is that, interpreting terms to actual polynomials of matrices, it opens the way to matrix non linear interpretations. This result is implemented in the CiME3 rewriting toolkit.
机译:我们提出了一种新技术,以证明术语重写系统具有完全的自动化功能。在这种情况下,一项关键任务是找到合适的,有充分根据的排序。一种流行的方法是将术语解释为具有适当的充分有序的顺序的域。除了通常的解释:自然数或整数/有理数上的多项式,最近证明的基于矩阵的解释在终止字符串重写和术语重写方面非常有效。本着这种精神,我们建议将术语解释为整数矩阵上的多项式。专为术语重写而设计,我们的概括采用了以前的方法,可以在不增加搜索空间的情况下进行更多排序。因此,它的性能比原始版本更好。另一个优点是,将术语解释为矩阵的实际多项式,为矩阵非线性解释开辟了道路。此结果在CiME3重写工具包中实现。

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