As the suggested modelling framework shares advantages of IEC 61499 and FCPN-std, it supports the design of complex holonic manufacturing processes/system and allows simulation and analysis under general manufacturing uncertainties. These holonic modules consist of holons represented using parameterised Petri Net modules. This framework is based on reconfigurable manufacturing holonic modules. This paper provides an executable design framework for modelling and controlling holonic manufacturing processes and systems. Supervisor is analyzed experimentally through a performance Of the overall system performance using the switched-mode The tool developedĬaptures information related to the overall control system (inputsĪnd outputs and control algorithms), as well as to the discreteĭynamic of the switched-mode process from the simulation modelĪnd automatically generates the supervisor code as well as a timedriven Generated follows the IEC 61131-3 standard. Logic Controllers (PLC) and thus, the software architecture The target control equipment is the Programmable Operation mode and to switch to the control algorithmĪccordingly. Its function is to detect changes in the process Multi-rate loops, in order to automatically generate the code of Supervisors for industrial switched-mode processes composed by The focus of this paper is to automate the design of Systems, but they commonly deal with control design and Many works can be found in the literatureĪddressing formal modeling and control techniques for switchedmode Systems, a usual class of hybrid systems in industrial processĪpplications. The present paper describes a methodology for theĭesign and implementation of supervisors for switched-mode
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