Showing results 139 to 158 of 480
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| Issue Date | Title | Author(s) |
| 2022 | Definition, Characterization, and Modeling of Hybrid Modular-Monolithic Process Plants | Markaj, Artan ; Fay, Alexander ; Kockmann, Norbert |
| 2014 | Derivation of Diagnostic Models Based on Formalized Process Knowledge | Arroyo Esquivel, Esteban; Schulze, Denis; Christiansen, Lars; Fay, Alexander ; Thornhill, Nina F. |
 | 2013 | Description language for the modelling and analysis of temporal change of instrumentation and control system structures | Göring, Markus Heinrich |
| 2022 | Design of decentralized identity and access management system for Industrie 4.0 components | Dogan, Alaettin; Schnakenbeck, Aron; Fay, Alexander |
| 1-Dec-2012 | Design patterns for distributed automation systems with consideration of non-functional requirements | Eckert, Karin; Fay, Alexander ; Hadlich, Thomas; Diedrich, Christian; Frank, Timo; Vogel-Heuser, Birgit |
| 2016 | Design, implementation and testing of multi- energy infrastructures the multi agent way in Agent | Linnenberg, Tobias; Wassermann, Erik; Fay, Alexander ; Derksen, Christian; Unland, Rainer; Oerter, Christian; Ludwig, Marcel; Zdrallek, Markus; Heldmaier, Wolfram; Stiegler, Martin |
| 2021 | Designprinzipien für den Modul- und Serviceentwurf in modularen Logistikanlagen | Blumenstein, Michelle ; Fay, Alexander ; Gryczycha, Kai; Lier, Stefan; Kotsch, Christoph; Borgmann, F.; Austermann, Niklas |
| 2021 | Detection of Historical Alarm Subsequences Using Alarm Events and a Coactivation Constraint | Manca, Gianluca; Fay, Alexander |
| 2020 | Detection, Localization and Volume Estimation of Deflagrations | Krooß, Jakob; Kümmerlen, Felix; Fay, Alexander |
| 2022 | Detektion, Lokalisierung und Volumenschätzung von Deflagrationen mit einem Multikamerasystem | Krooß, Jakob |
| 28-Jun-2018 | Developing ontologies for the collaboration of cyber-physical systems: Requirements and solution approach | Törsleff, Sebastian; Hildebrandt, Constantin; Fay, Alexander ; Daun, Marian; Brings, Jennifer |
| 2019 | Development of a Method to Determine Cutting Forces Based on Planning and Process Data as Contribution for the Creation of Digital Process Twins | Hänel, Albrecht; Wenkler, Eric; Schnellhardt, Thorben; Corinth, Christian; Brosius, Alexander; Fay, Alexander ; Nestler, Andreas |
| 2018 | Development of a Simulation Model to Analyze the Performance of Decentral Rescheduling Algorithms in Production Systems | Sundermeier, Julian; Gehlhoff, Felix ; Fay, Alexander |
| 2019 | Development of Ontologies for Reasoning and Communication in Multi-Agent Systems | Törsleff, Sebastian; Hildebrandt, Constantin; Fay, Alexander |
| 2021 | Dezentrale Authentifizierung und Autorisierung proaktiver Industrie 4.0-Verwaltungsschalen am Beispiel des IOTA- basierten Industrie-Marktplatzes | Dogan, Alaettin; Schnakenbeck, Aron ; Fay, Alexander |
| 2015 | Dezentrale Intelligenz für modulare Anlagen | Hempen, Ulrich; Albers, Thomas; Kreft, Sven; Holm, Thomas; Obst, Michael; Fay, Alexander ; Urbas, Leon |
| 2014 | Dezentrale Intelligenz für modulare Automation | Holm, Thomas; Obst, Michael; Fay, Alexander ; Urbas, Leon; Albers, Thomas; Kreft, Sven; Hempen, Ulrich |
| 2012 | Dezentrales Last- und Einspeisemanagement mittels eines marktbasierten Agentensystems | Linnenberg, Tobias; Wior, Ireneus; Fay, Alexander |
| 2020 | Dezentrales Scheduling für dynamische Systeme – Ein agentenbasierter Ansatz zur integrierten Feinplanung | Gehlhoff, Felix ; Fay, Alexander ; Köster, Birk |
| 2020 | DID-basiertes Identitätsmanagement für Industrie-4.0-Komponenten in dezentralen Systemen - Eine Realisierungsmöglichkeit für ein langlebiges Digitales Typenschild | Dogan, Alaettin; Schnakenbeck, Aron ; Fay, Alexander ; Nagel, Jörg; Millenaar, Jelle |
