We propose a model that combines explicit and symbolic representations in an explicit-symbolic formal verification model. Both explicit and symbolic models have been successfully used in the verification of finite state concurrent systems, such as complex sequential circuits and communication protocols. The proposed model aims to use explicit and symbolic techniques simultaneously to verify the same model and to make it possible to employ the most efficient technique to each aspect of the model. First, we formalize the explicit-symbolic model and show how it can be generated from a labeled state-transition system. Then, we apply those ideas to systems described in the Verimag Intermediate Format and present the main algorithms for integrati...
AbstractIn this paper we present a symbolic semantics of value-passing concurrent processes where cl...
Model checking is an approach to automated verification of finite-state concurrent systems such as c...
This technical report presents an interactive proof method for the verification of temporal properti...
AbstractWe propose a model that combines explicit and symbolic representations in an explicit-symbol...
This talk will present our experience in building data structures, algorithms, languages and tools t...
An integration of deductive verification and model checking have been investigated in numerous works...
In hardware verification, the introduction of symbolic model checking has been considered a break-th...
The contributions during the last few years on the structural theory of Petri nets can now be applie...
One central problem in the computer-aided verification of concurrent systems consisting of communica...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
AbstractThe paper shows that, by an appropriate choice of a rich assertional language, it is possibl...
Symbolic model checking by using BDDs has greatly improved the applicability of model checking. Neve...
To reduce problems encountered in the later phases of the software life cycle, verification techniq...
Abstract The paper shows that, by an appropriate choice of a rich assertional language, it is possib...
ion of Systems with Counters for Symbolic Model Checking # Klaus Schneider and George Logothetis U...
AbstractIn this paper we present a symbolic semantics of value-passing concurrent processes where cl...
Model checking is an approach to automated verification of finite-state concurrent systems such as c...
This technical report presents an interactive proof method for the verification of temporal properti...
AbstractWe propose a model that combines explicit and symbolic representations in an explicit-symbol...
This talk will present our experience in building data structures, algorithms, languages and tools t...
An integration of deductive verification and model checking have been investigated in numerous works...
In hardware verification, the introduction of symbolic model checking has been considered a break-th...
The contributions during the last few years on the structural theory of Petri nets can now be applie...
One central problem in the computer-aided verification of concurrent systems consisting of communica...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
AbstractThe paper shows that, by an appropriate choice of a rich assertional language, it is possibl...
Symbolic model checking by using BDDs has greatly improved the applicability of model checking. Neve...
To reduce problems encountered in the later phases of the software life cycle, verification techniq...
Abstract The paper shows that, by an appropriate choice of a rich assertional language, it is possib...
ion of Systems with Counters for Symbolic Model Checking # Klaus Schneider and George Logothetis U...
AbstractIn this paper we present a symbolic semantics of value-passing concurrent processes where cl...
Model checking is an approach to automated verification of finite-state concurrent systems such as c...
This technical report presents an interactive proof method for the verification of temporal properti...