Flexible Multi-Agent System for Distributed Coordination, Transportation & Localisation

Ruben Van Parys (KU Leuven), Maarten Verbandt (KU Leuven), Marcus Kotzé (KU Leuven), Jan Swevers (KU Leuven), Herman Bruyninckx (KU Leuven), Johan Philips (KU Leuven), Goele Pipeleers (KU Leuven)

Abstract

This demonstration presents Flexonomy, a flexible autonomous system for distributed coordination, transportation and localisation in a lab-scale factory floor. It illustrates the use of multi-agent systems in manufacturing and leverages new Industry 4.0 design principles to cope with manufacturing requirements in factories of the future: rapidly changing customer needs, market volatility and shortened product life cycles. Three main contributions are identified: (i) distributed auction-based coordination allows local decision making and task allocation, (ii) distributed model predictive control-based transportation enables free space collision avoidance of automated guided vehicles (AGVs), and (iii) distributed vision-based localisation provides scalable and dynamic position information of key resources on the factory floor.