
Zur Reduktion von Systemintegrationsaufwänden in Montageanlagen ("Plug & Produce") wird eine Methodik vorgestellt, welche die Ressourcenauswahl, -konfiguration und -programmierung automatisiert. Hierzu wird ein digitales Fabrikabbild von Bestandsanlagen erzeugt, das anschließend mit einem Prozessmodell auf Basis von Skills abgeglichen wird. Die dafür notwendige, nicht-sequenzielle Lösungsfindung geeigneter Ressourcen-Prozess-Paarungen wird durch die Entwicklung einer Blackboard-Architektur erreicht. To reduce system integration efforts in assembly systems ("Plug & Produce"), a methodology is presented that automates resource selection, configuration and programming. For this purpose, a Digital Factory Twin of existing installations is generated, which is then matched with a skill-based model of the production process. In order to find suitable resources, a Blackboard Architecture is developed, to cope with the non-sequential solution finding process.
Ingenieurwissenschaften, Industrielle Fertigung, Management, Öffentlichkeitsarbeit, CPS; CPPS; cyber-physical; Automatisierungstechnik; aufgabenorientierte Programmierung; Industrie 4.0; Produktion; Informationstechnologie; Digital Twin; Digital Shadow; Digitaler Schatten; Steuerungstechnik; SPS; Fähigkeiten, CPS; CPPS; cyber-physical; automation; Industry 4.0; information technology; production; Task oriented Programming; PLC; Digital Twin; Digital Shadow; Skills; Capabilities, ddc: ddc:670, ddc: ddc:650, ddc: ddc:620
Ingenieurwissenschaften, Industrielle Fertigung, Management, Öffentlichkeitsarbeit, CPS; CPPS; cyber-physical; Automatisierungstechnik; aufgabenorientierte Programmierung; Industrie 4.0; Produktion; Informationstechnologie; Digital Twin; Digital Shadow; Digitaler Schatten; Steuerungstechnik; SPS; Fähigkeiten, CPS; CPPS; cyber-physical; automation; Industry 4.0; information technology; production; Task oriented Programming; PLC; Digital Twin; Digital Shadow; Skills; Capabilities, ddc: ddc:670, ddc: ddc:650, ddc: ddc:620
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