Holonic paradigms have been extensively studied in the context of discrete manufacturing. A different class of systems is studied here, hybrid systems, which includes systems with piecewise continuous evolution and whose changes are related to some discrete variables evolution. In this case, a system reconfiguration is usually necessary, and Holonic paradigm is an appropriate response to the need of flexibility arising. This article proposes the application of a well-known reference architecture of discrete literature to a hybrid systems case. The proposed model consists in the union of hybrid Controller-Interface-System and Holonic PROSA model. A case study based on a system of arrivals switching was selected and shows the relevance of the discrete reference architecture to model hybrid systems. A performance evaluation is proposed by comparing the holonic control with a scheduling algorithm in the sever's position.
Hybrid control systems, holonic manufacturing systems, switch arrival system, PROSA
Ce travail a été partiellement financé par le programme ECOS-Nord V11M01 (Ministère des Affaires Étrangères français et FONACIT Ministry of Science and Technology – Venezuela.)
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