AbstractWe present a couple of programs (over C and Mathematica) which allow to generate the syntactic and the semantics representations of a ROSA (ReasoningOnStochasticAlgebras) process.ROSA is a Markovian process algebra for the description and analysis of probabilistic and non-deterministic concurrent processes. ROSA allows us to evaluate performance indexes as well as to check some temporal requirements. As application, we analyse the alternating bit protocol obtaining the average time to send a message, considering that channels may fail with a known probability
We develop a (co)algebraic framework to study a family of process calculi with monadic branching str...
This paper presents a range of approaches to the analysis and development of program specifications ...
Process algebras with abstraction have been widely used for the specification and verification of no...
AbstractWe present a couple of programs (over C and Mathematica) which allow to generate the syntact...
International audienceMarkovian process algebras allow for performance analysis by automatic generat...
AbstractThis paper surveys the theoretical developments in the field of stochastic process algebras,...
This paper surveys the theoretical developments in the field of stochastic process algebras, process...
This paper treats a probabilistic version of (a subset of) the process algebra LOTOS. It incorporate...
Process algebras are one of the main tools for modeling and analyzing concurrent systems. However, t...
AbstractThe modeling and analysis experience with process algebras has shown the necessity of extend...
Process algebras are formalisms for abstract modeling of systems for the purpose of qualitative veri...
AbstractIn this tutorial we give an overview of the process algebra EMPA, a calculus devised in orde...
AbstractThis paper introduces a general framework of probabilistic and nondeterministic recursive pr...
This paper introduces stochastic process algebras as an approach for the structured design and analy...
In this paper we define two compositional net semantics for the stochastic process algebra Markovian...
We develop a (co)algebraic framework to study a family of process calculi with monadic branching str...
This paper presents a range of approaches to the analysis and development of program specifications ...
Process algebras with abstraction have been widely used for the specification and verification of no...
AbstractWe present a couple of programs (over C and Mathematica) which allow to generate the syntact...
International audienceMarkovian process algebras allow for performance analysis by automatic generat...
AbstractThis paper surveys the theoretical developments in the field of stochastic process algebras,...
This paper surveys the theoretical developments in the field of stochastic process algebras, process...
This paper treats a probabilistic version of (a subset of) the process algebra LOTOS. It incorporate...
Process algebras are one of the main tools for modeling and analyzing concurrent systems. However, t...
AbstractThe modeling and analysis experience with process algebras has shown the necessity of extend...
Process algebras are formalisms for abstract modeling of systems for the purpose of qualitative veri...
AbstractIn this tutorial we give an overview of the process algebra EMPA, a calculus devised in orde...
AbstractThis paper introduces a general framework of probabilistic and nondeterministic recursive pr...
This paper introduces stochastic process algebras as an approach for the structured design and analy...
In this paper we define two compositional net semantics for the stochastic process algebra Markovian...
We develop a (co)algebraic framework to study a family of process calculi with monadic branching str...
This paper presents a range of approaches to the analysis and development of program specifications ...
Process algebras with abstraction have been widely used for the specification and verification of no...