This paper presents a System Engineering Platform which supports the design and reconfiguration of versatile manufacturing systems that are based on reconfigurable mechatronic objects (MO). The platform assists system designers, to generate, evaluate and optimize system designs that can efficiently adapt to dynamic demand and product evolutions scenarios, along the system life cycle. To this end, the platform includes analysis software tools and provides the design outputs based on Pareto frontiers, showing various key performance indicators. This platform has been applied to study use cases in the ReCaM project, and the initial results motivate its potential for industrial applications.
A software platform for supporting the design and reconfiguration of versatile assembly systems
Colledani, Marcello;Yemane, Anteneh;LUGARESI, GIOVANNI;
2018-01-01
Abstract
This paper presents a System Engineering Platform which supports the design and reconfiguration of versatile manufacturing systems that are based on reconfigurable mechatronic objects (MO). The platform assists system designers, to generate, evaluate and optimize system designs that can efficiently adapt to dynamic demand and product evolutions scenarios, along the system life cycle. To this end, the platform includes analysis software tools and provides the design outputs based on Pareto frontiers, showing various key performance indicators. This platform has been applied to study use cases in the ReCaM project, and the initial results motivate its potential for industrial applications.| File | Dimensione | Formato | |
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A software platform for supporting the design and reconfiguration of versatile assembly systems.pdf
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