AbstractWe present an algorithm for checking whether an infinite transition system, defined by a graph grammar of a restricted kind, is a model of a formula of the temporal logic CTL. We first present the syntax and the semantics of CTL, that are defined with respect to transition systems, labelled with atomic propositions. Then, we show how to adapt the formalism of graph grammars, for expressing such infinite transition systems. Our algorithm treats such a finite representation, and modify it, ensuring that the labelling for formulas remains coherent with the truth values of the different states of the infinite transition system
AbstractAn extension of Hennessy-Milner logic to value-passing CCS is embedded in the HOL system. Th...
The problem to represent very complex systems has been studied by several authors, obtaining ...
This thesis presents a design style for implementing communicating sequential processes (CSP) as qua...
AbstractIn this tutorial paper, we consider various classes of automata generated by simple rewrite ...
AbstractNotational definitions are pervasive in mathematical practic and are therefore supported in ...
AbstractMany formal models for infinite state concurrent systems can be expressed by special classes...
AbstractBy proving the correspondence between the usual double-pushout approach and Banach's inward ...
AbstractLast works in linear logic mark a trend that can be summarized as: studying of fragments of ...
A number of authors have looked at the problem of deriving a checking experiment from a nondetermini...
AbstractThis paper continues the study of the general theory, begun in [4], of semantic domains base...
AbstractIn addition to ordinary places, called stable, zero-safe nets are equipped with zero places,...
AbstractIn this paper we formalise CSP solving as an inference process. Based on the notion of Compu...
AbstractThe founding idea of linear logic is the duality between A and A⊥, with values in ⊥. This id...
AbstractNonsequential automata constitute a categorial semantic domain based on labeled transition s...
AbstractIn this tutorial, some basic ideas will be outlined and exemplified how graph transformation...
AbstractAn extension of Hennessy-Milner logic to value-passing CCS is embedded in the HOL system. Th...
The problem to represent very complex systems has been studied by several authors, obtaining ...
This thesis presents a design style for implementing communicating sequential processes (CSP) as qua...
AbstractIn this tutorial paper, we consider various classes of automata generated by simple rewrite ...
AbstractNotational definitions are pervasive in mathematical practic and are therefore supported in ...
AbstractMany formal models for infinite state concurrent systems can be expressed by special classes...
AbstractBy proving the correspondence between the usual double-pushout approach and Banach's inward ...
AbstractLast works in linear logic mark a trend that can be summarized as: studying of fragments of ...
A number of authors have looked at the problem of deriving a checking experiment from a nondetermini...
AbstractThis paper continues the study of the general theory, begun in [4], of semantic domains base...
AbstractIn addition to ordinary places, called stable, zero-safe nets are equipped with zero places,...
AbstractIn this paper we formalise CSP solving as an inference process. Based on the notion of Compu...
AbstractThe founding idea of linear logic is the duality between A and A⊥, with values in ⊥. This id...
AbstractNonsequential automata constitute a categorial semantic domain based on labeled transition s...
AbstractIn this tutorial, some basic ideas will be outlined and exemplified how graph transformation...
AbstractAn extension of Hennessy-Milner logic to value-passing CCS is embedded in the HOL system. Th...
The problem to represent very complex systems has been studied by several authors, obtaining ...
This thesis presents a design style for implementing communicating sequential processes (CSP) as qua...