AbstractIn this paper we first study the difference between Weak Normalization (WN) and Strong Normalization (SN), in the framework of first order orthogonal rewriting systems. With the help of the Erasure Lemma we establish a Pumping Lemma, yielding information about exceptional terms, defined as terms that are WN but not SN. A corollary is that if an orthogonal TRS is WN, there are no cyclic reductions in finite reduction graphs. This is a stepping stone towards the insight that orthogonal TRSs with the property WN, do not admit cyclic reductions at all
AbstractCurrying is a transformation of term rewrite systems which may contain symbols of arbitrary ...
AbstractWe study perpetuality of reduction steps, as well as perpetuality of redexes, in orthogonal ...
Kennaway proved the remarkable result that every (almost) orthogonal term rewriting system admits a ...
In this paper we first study the difference between Weak Normalization (WN) and Strong Normalization...
In this paper we first study the difference between Weak Normalization (WN) and Strong Normalization...
AbstractIn this paper we first study the difference between Weak Normalization (WN) and Strong Norma...
We continue our study of the difference between Weak Normalisation (WN) and Strong Normalisation (SN...
In infinitary orthogonal first-order term rewriting the properties confluence (CR), Uniqueness of No...
A rewrite system is called uniformly normalising if all its steps are perpetual, i.e. are such that ...
AbstractThe combinator S has the reduction rule Sxyz→xz(yz). We investigate properties of ground ter...
A rewrite system is called uniformly normalising if all its steps are perpetual, i.e. are such that...
Term rewriting is generally implemented using graph rewriting for efficiency reasons. Graph rewriti...
AbstractFor orthogonal term rewriting systems Q. Huet and J.-J. Lévy have introduced the property of...
AbstractWe carry out a detailed analysis of Thatte’s transformation of term rewriting systems. We re...
We study infinitary term rewriting systems containing finitely many rules. For these, we show that i...
AbstractCurrying is a transformation of term rewrite systems which may contain symbols of arbitrary ...
AbstractWe study perpetuality of reduction steps, as well as perpetuality of redexes, in orthogonal ...
Kennaway proved the remarkable result that every (almost) orthogonal term rewriting system admits a ...
In this paper we first study the difference between Weak Normalization (WN) and Strong Normalization...
In this paper we first study the difference between Weak Normalization (WN) and Strong Normalization...
AbstractIn this paper we first study the difference between Weak Normalization (WN) and Strong Norma...
We continue our study of the difference between Weak Normalisation (WN) and Strong Normalisation (SN...
In infinitary orthogonal first-order term rewriting the properties confluence (CR), Uniqueness of No...
A rewrite system is called uniformly normalising if all its steps are perpetual, i.e. are such that ...
AbstractThe combinator S has the reduction rule Sxyz→xz(yz). We investigate properties of ground ter...
A rewrite system is called uniformly normalising if all its steps are perpetual, i.e. are such that...
Term rewriting is generally implemented using graph rewriting for efficiency reasons. Graph rewriti...
AbstractFor orthogonal term rewriting systems Q. Huet and J.-J. Lévy have introduced the property of...
AbstractWe carry out a detailed analysis of Thatte’s transformation of term rewriting systems. We re...
We study infinitary term rewriting systems containing finitely many rules. For these, we show that i...
AbstractCurrying is a transformation of term rewrite systems which may contain symbols of arbitrary ...
AbstractWe study perpetuality of reduction steps, as well as perpetuality of redexes, in orthogonal ...
Kennaway proved the remarkable result that every (almost) orthogonal term rewriting system admits a ...