Add to ORKGThe DEv-PROMELA formalism is a new formalism that allows combining formal verification and discrete event simulation. In this paper, we propose to use a hierarchy of simulation formalisms to restrict the DEV-PROMELA language. From sequential machine to the most expressive DEv-PROMELA formalism, this hierarchy helps designers to design models and to analyze systems in a progressive manner
Abstract — In this paper, we present the first version of a simulator that allows executing models d...
This paper proposes a heterogeneous distributed simulation framework based on the DEVS formalism. A ...
Continuous-time systems can be converted to discrete-event descriptions using the Quantised State Sy...
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...
Discrete Event System Specification (DEVS) is one of the main widely used formal languages to repres...
International audiencePROMELA is a well-known formalism for the modeling and the verification of con...
Discrete Event System Specification (DEVS) is one of the main widely used formal languages to repres...
International audienceModeling, verifying, and validating are essential steps in order to build syst...
International audienceDEVS (Discrete Event System Specification) is an approach in the area of model...
De nos jours, la mise au point de logiciels ou de systèmes fiables est de plus en plus difficile. Le...
general modelling formalism with sound semantics founded on a system theoretic basis. This gives it ...
In this paper, we present the first version of a simulator that allows executing models defined usin...
The DEVS formalism was conceived by Zeigler [Zei84a, Zei84b] to provide a rigourous common basis for...
We present a revision of the hierarchical, modular Discrete Event System Specification (DEVS) mod-el...
Abstract — In this paper, we present the first version of a simulator that allows executing models d...
This paper proposes a heterogeneous distributed simulation framework based on the DEVS formalism. A ...
Continuous-time systems can be converted to discrete-event descriptions using the Quantised State Sy...
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...
Discrete Event System Specification (DEVS) is one of the main widely used formal languages to repres...
International audiencePROMELA is a well-known formalism for the modeling and the verification of con...
Discrete Event System Specification (DEVS) is one of the main widely used formal languages to repres...
International audienceModeling, verifying, and validating are essential steps in order to build syst...
International audienceDEVS (Discrete Event System Specification) is an approach in the area of model...
De nos jours, la mise au point de logiciels ou de systèmes fiables est de plus en plus difficile. Le...
general modelling formalism with sound semantics founded on a system theoretic basis. This gives it ...
In this paper, we present the first version of a simulator that allows executing models defined usin...
The DEVS formalism was conceived by Zeigler [Zei84a, Zei84b] to provide a rigourous common basis for...
We present a revision of the hierarchical, modular Discrete Event System Specification (DEVS) mod-el...
Abstract — In this paper, we present the first version of a simulator that allows executing models d...
This paper proposes a heterogeneous distributed simulation framework based on the DEVS formalism. A ...
Continuous-time systems can be converted to discrete-event descriptions using the Quantised State Sy...