Spin is a software package for the verification of concurrent systems. A system to be verified is modeled in Promela — Spin’s input language. We present an extension of Promela and Spin with discrete time that provides an opportunity to model systems whose correct functioning crucially depends on timing parameters. This extension is completely compatible with all the features of the standard package, in particular the partial order reduction algorithm. We have tested the prototype tool on several applications known from the verification literature and the first results are promising
Human beings have gradually become dependent on computers, and more specifically, the software that ...
This paper addresses the problem of automatically verifying correctness of concurrent algorithms, e....
We present an approach to facilitate the design of provably correct concurrent sys-tems by recasting...
Spin is a software package for the verification of concurrent systems. A system to be verified is mo...
We present a discrete-time extension of Promela, a high level modelling language for the specificati...
PROMELA is a well-known formalism for the modeling and the verification of concurrent systems. PROME...
International audiencePROMELA is a well-known formalism for the modeling and the verification of con...
We present an attempt to use the model checker Spin as a verification engine for SDL, with special e...
In this paper we report on the work we performed to extend the logic model checker SPIN with built-i...
International audienceThe Clock Constraint Specification Language (CCSL) provides expressions and re...
We report on the use of the SPIN model checker for both the verification of a process control progra...
Abstract. We report on the use of the SPIN model checker for both the verification of a process cont...
International audiencePROMELA is a well-known formalism for the modeling and the verification of con...
Spin is a general verification tool for proving correctness properties of concurrent/distributed sys...
In this paper we study a way to verify real-time systems using untimed model checking tools through ...
Human beings have gradually become dependent on computers, and more specifically, the software that ...
This paper addresses the problem of automatically verifying correctness of concurrent algorithms, e....
We present an approach to facilitate the design of provably correct concurrent sys-tems by recasting...
Spin is a software package for the verification of concurrent systems. A system to be verified is mo...
We present a discrete-time extension of Promela, a high level modelling language for the specificati...
PROMELA is a well-known formalism for the modeling and the verification of concurrent systems. PROME...
International audiencePROMELA is a well-known formalism for the modeling and the verification of con...
We present an attempt to use the model checker Spin as a verification engine for SDL, with special e...
In this paper we report on the work we performed to extend the logic model checker SPIN with built-i...
International audienceThe Clock Constraint Specification Language (CCSL) provides expressions and re...
We report on the use of the SPIN model checker for both the verification of a process control progra...
Abstract. We report on the use of the SPIN model checker for both the verification of a process cont...
International audiencePROMELA is a well-known formalism for the modeling and the verification of con...
Spin is a general verification tool for proving correctness properties of concurrent/distributed sys...
In this paper we study a way to verify real-time systems using untimed model checking tools through ...
Human beings have gradually become dependent on computers, and more specifically, the software that ...
This paper addresses the problem of automatically verifying correctness of concurrent algorithms, e....
We present an approach to facilitate the design of provably correct concurrent sys-tems by recasting...