Nowadays production environments request standard efficient frameworks in order to map and simulate manufacturing processes which literature or market can barely provide. A generalized reference model is necessary to highlight the differences and affinities among manufacturing systems resources, so as to examine the possibilities of modelling of such concepts and their respective roles. {OPUS} project formalizes a new modelling and simulation language for productive manufacturing systems through the support of an optimization tool development. On a practical level a {BPMN} approach has been useful to conceive a model strictly related to business processes, in addition to the simplification of the implementation/coding of the simulation tool.
Manufacturing Systems Modelling and Simulation Software Design: a Reference Model
IANNONE, RAFFAELE;
2011-01-01
Abstract
Nowadays production environments request standard efficient frameworks in order to map and simulate manufacturing processes which literature or market can barely provide. A generalized reference model is necessary to highlight the differences and affinities among manufacturing systems resources, so as to examine the possibilities of modelling of such concepts and their respective roles. {OPUS} project formalizes a new modelling and simulation language for productive manufacturing systems through the support of an optimization tool development. On a practical level a {BPMN} approach has been useful to conceive a model strictly related to business processes, in addition to the simplification of the implementation/coding of the simulation tool.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
