Using DEv-PROMELA for Modelling and Verification of Software

Yacoub, Aznam; Hamri, Maâmar El-Amine; Frydman, Claudia

doi:10.1145/2901378.2901388

Cited by 9 publications

(6 citation statements)

References 19 publications

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“…In this case study, a PROMELA model is presented to construct a building fitted with a card operated access system. In order for the model to be more generic and parametric in the building topology and the user right access [5], all information, such as the connection between rooms and doors and the rights to access specific doors [6] spending on the user type is defined as global variables [7].…”

Section: Case Studymentioning

confidence: 99%

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2022

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Section: Case Studymentioning

confidence: 99%

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2022

SJCUS

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“…Yacoub et al [129] review the PRotocol MEta LAnguage (PROMELA) and its three extensions for modelling and verification of software, and present their own extension called Discrete-Event PROMELA (DEv-PROMELA). As implied by its name, DEv-PROMELA is based on the concept of discreteevent simulation.…”

Section: F Othermentioning

confidence: 99%

Pac-Man Conquers Academia: Two Decades of Research Using a Classic Arcade Game

Rohlfshagen¹,

Liu

Peŕez-Liebana

et al. 2018

IEEE Trans. Games

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Pac-Man and its equally popular successor Ms Pac-Man are often attributed to being the frontrunners of the golden age of arcade video games. Their impact goes well beyond the commercial world of video games and both games have featured in numerous academic research projects over the last two decades. In fact, scientific interest is on the rise and many avenues of research have been pursued, including studies in robotics, biology, sociology and psychology. The most active field of research is computational intelligence, not least because of popular academic gaming competitions that feature Ms Pac-Man. This paper summarises peer-reviewed research that focuses on either game (or close variants thereof) with particular emphasis on the field of computational intelligence. The potential usefulness of games like Pac-Man for higher education is also discussed and the paper concludes with a discussion of prospects for future work.

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“…Using our approach, we developed an extension of PROMELA called DEv-PROMELA [YHF + 15], which is the result of introducing the semantics of DEVS into PROMELA. We extended the syntax of PROMELA as shown in [YHF16], in order to be able to specify DES concepts and real values. DEv-PROMELA is thus a syntactic language which allows modelling, simulating and verifying discrete-event models by formal verification and simulation.…”

Section: Discrete-event Promelamentioning

confidence: 99%

DEv-PROMELA: an extension of PROMELA for the modelling, simulation and verification of discrete-event systems

Yacoub

Hamri

Frydman

et al. 2017

IJSPM

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PROMELA is a well-known formalism for the modeling and the verification of concurrent systems. PROMELA deals with high-level specifications. As a result, PROMELA models are expressed in a high-level abstraction which not considers explicit representation of time or events for example. But, the efficiency of the processes of Verification and Validation relies on the accuracy of the models. That is why we propose in this paper work to develop a new extension of PROMELA for the modeling of discrete-event systems. The verification of these models is then done by combining formal verification and simulation-based verification using SPIN and the tool DEv-PROMELA Studio, or using any existing DEVS simulators.

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Using DEv-PROMELA for Modelling and Verification of Software

Cited by 9 publications

References 19 publications

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Pac-Man Conquers Academia: Two Decades of Research Using a Classic Arcade Game

DEv-PROMELA: an extension of PROMELA for the modelling, simulation and verification of discrete-event systems

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