• Aucun résultat trouvé

Using online simulation in Holonic Manufacturing Systems

N/A
N/A
Protected

Academic year: 2021

Partager "Using online simulation in Holonic Manufacturing Systems"

Copied!
22
0
0

Texte intégral

Loading

Figure

Figure 1. Basic building blocks of a HMS and their relation, based on (Valckenaers, 1998)
Figure 2. Simplified Rasmussen’s rule-based behavior
Figure 3. Data directly coming from the production system
Figure 4. Using a simulator
+6

Références

Documents relatifs

The initialization of the DSS (Fig. 6) is thus similar to the first solution, based on a direct data transfer between the state of the observer and the DSS, with a

Un fil rouge conduira cette réflexion : la situation des plus pauvres, ceux dont on parle peu, y compris dans les débats éthiques, mais qui sont pourtant les premiers concernés

Gregor and Kosturiak [8] establish the state of the art in simulation, using various examples of simulation application: studies on FMS (Flexible Manufacturing Systems), a

The approach has shown the use- fulness of the equivalent energy consumption, which allows also the detailed plan- ning, sizing, and consideration of periphery systems

4 Walid BEN HAMIDA,‟ La prise en compte de l’intérêt général et des impératifs de développement dans le droit des investissements ″, Réunion d’experts sur

We propose in this paper an alternative B2M architecture, using holonic products, in order to enable cooperation between centralised business and distributed manufacturing

-Communication models: For more modularity we develop an independent communication module in Visual Basic (i.e. Arena / Excel).-Decisional Entities: We used a basic component

In this paper, we propose a structured approach (ASDI-dc) to build reusable and modular simulation models for manufacturing systems with distributed control.. This approach is based