AbstractIn this work we show how process calculi can be embedded into the general-purpose verification system PVS. We make use of PVS's higher order predicate logic to define the abstract co-data type “process” as a terminal coalgebra of the finite power-set functor ℘fin(−)A. In this context we are able to define the (strong) bisimulation in different ways and to prove the equivalence of these definitions. Moreover, coinduction is used as an approach for the definition of process combinators and for the verification of their properties.Other calculi can be integrated in PVS or a like prove-assistant in similar way too
In this paper we study automatic verification of proofs in process algebra. Formulas of process alge...
AbstractWe characterize must testing equivalence on CSP in terms of the unique homomorphism from the...
We present a CompositionalProof System for themodal-calculus and a generalizedversionof the parallel...
The aim of this work is to investigate mechanical support for process algebra, both for concrete app...
The aim of this work is to investigate mechanical support for process algebra, both for concrete app...
AbstractIn this work we show how process calculi can be embedded into the general-purpose verificati...
This paper explains the setting of an extensive formalisation of the theory of sequences (finite and...
An extension of Milner's CCS is presented. The language takes into account a number of resourc...
This paper demonstrates an embedding of the semantic models of the cCSP process algebra in the gener...
AbstractThis paper demonstrates an embedding of the semantic models of the cCSP process algebra in t...
Final coalgebras of a functor F are suited for an abstract description of infinite datatypes and dyn...
We address the specification and verification problem for process calculi such as Chocs, CML and Fac...
We describe a faithful representation of value-passing recursive parametric CCS processes in Alf, an...
We characterize must testing equivalence on CSP in terms of the unique homomorphism from the Moore a...
Trace semantics has been defined for various kinds of state-based systems, notably with different fo...
In this paper we study automatic verification of proofs in process algebra. Formulas of process alge...
AbstractWe characterize must testing equivalence on CSP in terms of the unique homomorphism from the...
We present a CompositionalProof System for themodal-calculus and a generalizedversionof the parallel...
The aim of this work is to investigate mechanical support for process algebra, both for concrete app...
The aim of this work is to investigate mechanical support for process algebra, both for concrete app...
AbstractIn this work we show how process calculi can be embedded into the general-purpose verificati...
This paper explains the setting of an extensive formalisation of the theory of sequences (finite and...
An extension of Milner's CCS is presented. The language takes into account a number of resourc...
This paper demonstrates an embedding of the semantic models of the cCSP process algebra in the gener...
AbstractThis paper demonstrates an embedding of the semantic models of the cCSP process algebra in t...
Final coalgebras of a functor F are suited for an abstract description of infinite datatypes and dyn...
We address the specification and verification problem for process calculi such as Chocs, CML and Fac...
We describe a faithful representation of value-passing recursive parametric CCS processes in Alf, an...
We characterize must testing equivalence on CSP in terms of the unique homomorphism from the Moore a...
Trace semantics has been defined for various kinds of state-based systems, notably with different fo...
In this paper we study automatic verification of proofs in process algebra. Formulas of process alge...
AbstractWe characterize must testing equivalence on CSP in terms of the unique homomorphism from the...
We present a CompositionalProof System for themodal-calculus and a generalizedversionof the parallel...