Showing results 56 to 75 of 480
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| Issue Date | Title | Author(s) |
| 2014 | Anlagentopologien automatisch erstellen - Modelle aus der Mensch-Maschine-Schnittstelle erzeugen | Hoernicke, Mario; Christiansen, Lars; Fay, Alexander |
| 2012 | Ansatz zur Beherrschung der Komplexität von vernetzten 3D-CAD-Modellen | Abulawi, Jutta |
| 2022 | Anwendung von Automatisierungsdienste-Choreografien zur Koordination modularer Logistiklinien | Stutz, Andreas; Blumenstein, Michelle ; Fay, Alexander ; Barth, Mike; Maurmaier, Mathias |
| 2022 | Application potentials of Semantic Technologies for Digital Twins in Aircraft Design, Manufacturing and Maintenance | Gill, Milapji Singh ; Reif, Jonathan Tobias ; Jeleniewski, Tom Robin ; Weigand, Maximilian ; Fay, Alexander |
| 2016 | Applying the Domain-Mapping-Matrix to Identify the Appropriate Level of Detail of Simulation Models for Virtual Commissioning | Puntel Schmidt, Philipp; Fay, Alexander |
| 2014 | Approach of background substraction to verify the correct positioning of parts with complex shapes and in small lot sizes in a robot cell | Steinbach, Jan Philipp; Ernst, Tobias; Fay, Alexander |
| 2020 | Assistance system for the automated composition and configuration of a Co-Simulation | Härle, Christian; Barth, Mike; Fay, Alexander |
| 2018 | Auf dem Weg zu innovativen Assistenzsystemen – Systematische Klassifizierung für die Praxis | Lewin, Marcus; Wallenborn, Markus; Küstner, David; Erdelmeier, Daniel; Fay, Alexander |
| 2014 | Aufwandsbetrachtung im Engineering modularer Prozessanlagen | Holm, Thomas; Fay, Alexander |
| 2016 | Aufwandsbewertung im Engineering modularer Prozessanlagen | Holm, Thomas |
| 2016 | Automated Determining of Manufacturing Properties and Their Evolutionary Changes from Event Traces | Ladiges, Jan; Fay, Alexander ; Lamersdorf, Wilfried |
| 2013 | Automated generation of simulation models for control code tests | Barth, Mike; Fay, Alexander |
| 2018 | Automated transportation systems subject to interruptions in production and intralogistics: a survey and evaluation | Wior, Ireneus; Jerenz, Stefan; Fay, Alexander |
| 2016 | Automatic derivation of qualitative plant simulation models fromlegacy piping and instrumentation diagrams | Arroyo Esquivel, Esteban; Hoernicke, Mario; Rodriguez Carrion, Pablo; Fay, Alexander |
| 2015 | Automatic detection and recognition of structural and connectivity objects in SVG-coded engineering documents | Arroyo, Esteban; Hoang, Xuan-Luu; Fay, Alexander |
| 2020 | Automating the Development of Machine Skills and their Semantic Description | Köcher, Aljosha ; Hildebrandt, Constantin; Caesar, Birte; Bakakeu, Jupiter; Peschke, Jörn; Scholz, André; Fay, Alexander |
| 2020 | Automation architecture and engineering for modular process plants – approach and industrial pilot application | Hoernicke, Mario; Stark, Katharina; Wittenbrink, Alexander; Block, Henry; Hensel, Stephan; Menschner, Anna; Fay, Alexander ; Knohl, Torsten; Urbas, Leon |
| 2022 | Automation engineering of hybrid plants | Markaj, Artan ; Fay, Alexander ; Hoernicke, Mario; Stark, Katharina; Schoch, Nikolai |
| 2021 | Automation platform independent multi-agent system for robust networks of production resources in industry 4.0 | Seitz, Matthias; Gehlhoff, Felix ; Cruz Salazar, Luis Alberto; Fay, Alexander ; Vogel-Heuser, Birgit |
| 2012 | Automation systems — Formal modeling of temporal change of physical structure | Göring, Markus; Fay, Alexander |