AbstractNominal rewriting introduced a novel method of specifying rewriting on syntax-with-binding. We extend this treatment of rewriting with hierarchy of variables representing increasingly 'meta-level' variables, e.g. in hierarchical nominal term rewriting the meta-level unknowns (representing unknown terms) in a rewrite rule can be 'folded into' the syntax itself (and rewritten). To the extent that rewriting is a mathematical meta-framework for logic and computation, and nominal rewriting is a framework with native support for binders, hierarchical nominal term rewriting is a meta-to-the-omega level framework for logic and computation with binders
AbstractThe Rewriting Calculus has been proposed as a language for defining term rewriting strategie...
We introduce permissive nominal terms, and their unification. Nominal terms are one way to extend fi...
Contribution à un ouvrage.This chapter introduces term rewriting and some of its applications from d...
AbstractNominal rewriting is based on the observation that if we add support for α-equivalence to fi...
We present a generalisation of �rst-order rewriting which al- lows us to deal with terms involving ...
We present a generalisation of rst-order rewriting which al-lows us to deal with terms involving bin...
ABSTRACT: Nominal techniques concern the study of names using mathematical semantics. Whereas in muc...
Nominal rewriting extends first-order rewriting with Gabbay-Pitts abstractors: bound entities are ex...
We design a completion procedure for nominal rewriting systems, based on a generalisation of the rec...
Abstract. We present a translation function from nominal rewriting systems (NRSs) to combinatory red...
Meta-level architectures are always, implicitly or explicitly, equipped with a component that establ...
. Monads can be used to model term rewriting systems by generalising the well-known equivalence betw...
AbstractIn this paper we present a theory of binding structures, and give examples of its applicatio...
We show that, contrary to the situation in first-order term rewriting, almost none of the usual prop...
AbstractNominal terms generalise first-order terms by including abstraction and name swapping constr...
AbstractThe Rewriting Calculus has been proposed as a language for defining term rewriting strategie...
We introduce permissive nominal terms, and their unification. Nominal terms are one way to extend fi...
Contribution à un ouvrage.This chapter introduces term rewriting and some of its applications from d...
AbstractNominal rewriting is based on the observation that if we add support for α-equivalence to fi...
We present a generalisation of �rst-order rewriting which al- lows us to deal with terms involving ...
We present a generalisation of rst-order rewriting which al-lows us to deal with terms involving bin...
ABSTRACT: Nominal techniques concern the study of names using mathematical semantics. Whereas in muc...
Nominal rewriting extends first-order rewriting with Gabbay-Pitts abstractors: bound entities are ex...
We design a completion procedure for nominal rewriting systems, based on a generalisation of the rec...
Abstract. We present a translation function from nominal rewriting systems (NRSs) to combinatory red...
Meta-level architectures are always, implicitly or explicitly, equipped with a component that establ...
. Monads can be used to model term rewriting systems by generalising the well-known equivalence betw...
AbstractIn this paper we present a theory of binding structures, and give examples of its applicatio...
We show that, contrary to the situation in first-order term rewriting, almost none of the usual prop...
AbstractNominal terms generalise first-order terms by including abstraction and name swapping constr...
AbstractThe Rewriting Calculus has been proposed as a language for defining term rewriting strategie...
We introduce permissive nominal terms, and their unification. Nominal terms are one way to extend fi...
Contribution à un ouvrage.This chapter introduces term rewriting and some of its applications from d...