Showing results 6 to 25 of 480
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| Issue Date | Title | Author(s) |
| 2019 | A Capability Model for the Adaptation of Manufacturing Systems | Hoang, Xuan-Luu; Fay, Alexander |
| 2013 | A combined analysis of plant connectivity and alarm logs to reduce the number of alerts in an automation system | Schleburg, Markus; Christiansen, Lars; Thornhill, Nina Frances; Fay, Alexander |
| 2012 | A discrete-event modeling of ARGESIM Benchmark C20 Complex Production System using Flexsim simulation software | Schulz, Eike; Paul, Josef; Schreiber, Sebastian; Fay, Alexander |
| 1-Sep-2020 | A Formal Capability and Skill Model for Use in Plug and Produce Scenarios | Köcher, Aljosha ; Hildebrandt, Constantin; Vieira da Silva, Luis Miguel ; Fay, Alexander |
| 2017 | A Knowledge Carrying Service-Component Architecture for Smart Cyber Physical Systems | Haubeck, Christopher; Lamersdorf, Wilfried; Fay, Alexander |
| 2022 | A Mapping Approach to Convert MTPs into a Capability and Skill Ontology | Köcher, Aljosha; Beers, Lasse ; Fay, Alexander |
| 2019 | A meta-model based environment for GRAFCET specifications | Julius, Robert; Trenner, Thomas; Fay, Alexander ; Neidig, Jörg; Hoang, Xuan-Luu |
| 2021 | A Method to Automatically Generate Semantic Skill Models from PLC Code | Köcher, Aljosha ; Jeleniewski, Tom Robin ; Fay, Alexander |
| 2013 | A method to evaluate the openness of automation tools for increased interoperability | Fay, Alexander ; Biffl, Stefan; Winkler, Dietmar |
| 2018 | A microservice-based architecture approach for the automation of modular process plants | Bloch, Claus Henry; Fay, Alexander ; Knohl, Torsten; Hoernicke, Mario; Bernshausen, Jens; Hensel, Stephan; Menschner, Anna; Urbas, Leon; Hahn, Anna; Bloch, Henry |
| 2019 | A model-driven approach for transforming GRAFCET specifications into PLC code | Julius, Robert; Trenner, Thomas; Neidig, Jörg; Fay, Alexander |
| 21-Aug-2017 | A practical simulation model generation for virtual commissioning | Thongnuch, Suthida; Fay, Alexander |
| 2019 | A Seamless Description Approach for Engineering – Methods Illustrated for Industrie 4.0 Scenarios | Wehrstedt, Jan Christoph; Groos, Benedikt; Klein, Wolfram; Malik, Vincent; Rothbauer, Stefan; Zeller, Marc; Weiß, S.; Böhm, Birthe; Brings, Jennifer; Daun, Marian; Caesar, Birte; Fay, Alexander ; Hung Koo, Chee; Vorderer, Marian |
| 2022 | A simulation-based method for the correction of positioning errors in robot-guided fused deposition modeling | Höfer, Raphael ; Mewes, Gian; Fay, Alexander |
| 2022 | A SysML-based Function-Centered Approach for the Modeling of System Groups for Collaborative Cyber-Physical Systems | Hayward, Alexander; Rappl, Maximilian; Fay, Alexander |
| 2018 | A systematic approach for supporting the adaptation process of discrete manufacturing machines | Marks, Philipp; Hoang, Xuan Luu; Weyrich, Michael; Fay, Alexander |
| 2020 | A systematic approach how to build, maintain and use an integrated plant model | Löwen, Ulrich; Sakka, Feras El; Schertl, Andreas; Fay, Alexander |
| 2020 | A Toolchain for the Development of Agent-Based Smart Grid Control Solutions | Törsleff, Sebastian; Derksen, Christian; Ludwig, Marcel; Linnenberg, Tobias; Wassermann, Erik; Loose, Nils; Fay, Alexander |
 | 2022 | A Universal Approach to Command and Control Heterogeneous Autonomous Robots | Sieber, Christoph ; Vieira da Silva, Luis Miguel ; Fay, Alexander ; Brogt, Tobias; Strobel, Gero; Berkowitz, Stephan; Zembrot, Lukas |
| 2017 | A workflow support system for the process and automationengineering of production plants | Ghobadi-Bigvand, Pouria; Fay, Alexander |
