AbstractIn this paper, we model fresh names in the π-calculus using abstractions with respect to a new binding operator θ. Both the theory and the metatheory of the π-calculus benefit from this simple extension. The operational semantics of this new calculus is finitely branching. Bisimulation can be given without mentioning any constraint on names, thus allowing for a straightforward definition of a coalgebraic semantics, within a category of coalgebras over permutation algebras. Following previous work by Montanari and Pistore, we present also a finite representation for finitary processes and a finite state verification procedure for bisimilarity, based on the new notion of θ-automaton
AbstractWe study syntax-free models for name-passing processes. For interleaving semantics, we ident...
AbstractThe coalgebraic framework developed for the classical process algebras, and in particular it...
AbstractProof theory can be applied to the problem of specifying and reasoning about the operational...
In this paper, we model fresh names in the \u3c0-calculus using abstractions with respect to a new b...
In this paper, we model fresh names in the π-calculus using abstractions w.r.t. a new binding...
Abstract In this paper, we model fresh names in the ss-calculus using abstractions with respect to a...
In this paper, we model fresh names in the pi-calculus using abstractions with respect to a new bind...
AbstractWe apply the recently developed techniques of higher order abstract syntax and functorial op...
AbstractA new formulation of the π-calculus, where name instantiation is handled explicitly via the ...
AbstractThe problem of defining fully abstract operational models of name passing calculi has been g...
AbstractWe investigate the domain-theoretic denotational semantics of a CPS calculus with fresh name...
In this thesis we investigate two operational models of name-passing calculi: one based on coalgebra...
AbstractThis paper provides both a fully abstract (domain-theoretic) model for the π-calculus and a ...
AbstractThe finite π-calculus has an explicit set-theoretic functor-category model that is known to ...
AbstractA new formulation of the π-calculus, where name instantiation is handled explicitly via the ...
AbstractWe study syntax-free models for name-passing processes. For interleaving semantics, we ident...
AbstractThe coalgebraic framework developed for the classical process algebras, and in particular it...
AbstractProof theory can be applied to the problem of specifying and reasoning about the operational...
In this paper, we model fresh names in the \u3c0-calculus using abstractions with respect to a new b...
In this paper, we model fresh names in the π-calculus using abstractions w.r.t. a new binding...
Abstract In this paper, we model fresh names in the ss-calculus using abstractions with respect to a...
In this paper, we model fresh names in the pi-calculus using abstractions with respect to a new bind...
AbstractWe apply the recently developed techniques of higher order abstract syntax and functorial op...
AbstractA new formulation of the π-calculus, where name instantiation is handled explicitly via the ...
AbstractThe problem of defining fully abstract operational models of name passing calculi has been g...
AbstractWe investigate the domain-theoretic denotational semantics of a CPS calculus with fresh name...
In this thesis we investigate two operational models of name-passing calculi: one based on coalgebra...
AbstractThis paper provides both a fully abstract (domain-theoretic) model for the π-calculus and a ...
AbstractThe finite π-calculus has an explicit set-theoretic functor-category model that is known to ...
AbstractA new formulation of the π-calculus, where name instantiation is handled explicitly via the ...
AbstractWe study syntax-free models for name-passing processes. For interleaving semantics, we ident...
AbstractThe coalgebraic framework developed for the classical process algebras, and in particular it...
AbstractProof theory can be applied to the problem of specifying and reasoning about the operational...