Litcius/Paper detail

AI-enhanced cooperating robots for reconfigurable manufacturing of large parts

Zoi Arkouli, George Kokotinis, George Michalos, Nikos Dimitropoulos, Sotiris Makris

2021IFAC-PapersOnLine22 citationsDOIOpen Access PDF

Abstract

Large parts manufacturing involves the production of low batch, possibly one-of-a-kind, components of high cost and complexity. Industry specific knowledge and skills are converging to the technological evolution brought by Industry 4.0 where ICT and automation boost productivity and product quality. This paper presents an approach towards assembly of large-scale parts, where the synergy of robots, human skills and ICT tools enable flexible production. High payload collaborative robots and mobile manipulators facilitate handling, exoskeletons and AR tools relieve the workers’ physical and cognitive stress, VR tools improve the workplace design, while the cell’s Digital Twin facilitates decision making.

Topics & Concepts

Payload (computing)Manufacturing engineeringAutomationRobotProductivityProduction (economics)Computer scienceProduct (mathematics)Digital manufacturingQuality (philosophy)EngineeringArtificial intelligenceGeometryNetwork packetMacroeconomicsMathematicsComputer networkEpistemologyEconomicsPhilosophyMechanical engineeringDigital Transformation in IndustryManufacturing Process and OptimizationFlexible and Reconfigurable Manufacturing Systems
AI-enhanced cooperating robots for reconfigurable manufacturing of large parts | Litcius