| Erscheinungsdatum | Titel | Autor(en) |
| 81 | 2018 | Acceptance by design: Towards an acceptable smart glasses-based information system based on the example of cycling training | Berkemeier, L.; Menzel, L.; Remark, F.; Thomas, O. |
| 82 | 2018 | Structure for innovations: A use case taxonomy for smart glasses in service processes | Klinker, K.; Berkemeier, L.; Zobel, B.; Wüller, H.; Huck-Fries, V.; Wiesche, M.; Remmers, H. ; Thomas, O. ; Krcmar, H. |
| 83 | 2018 | Modelling product-service systems: An empirical analysis of requirements from a process-oriented perspective | Hagen, S.; Schoormann, T.; Jannaber, S.; Knackstedt, R.; Thomas, O. |
| 84 | 2018 | New consulting perspectives for the auditor: Expert survey on the automation of audit procedures [Neue beratungsperspektiven für den wirtschaftsprüfer: Expertenbefragung zur automatisierung von prüfungshandlungen] | Langhein, J.; Kiesow, A.; Thomas, O. |
| 85 | 2019 | How do we support technical tasks in the age of augmented reality? Some evidence from prototyping in mechanical engineering | Kammler, F.; Brinker, J.; Vogel, J.; Hmaid, T.; Thomas, O. |
| 86 | 2019 | Speech2EPC: Entwurf und Implementierung eines Smart Glasses-basierten Modellierungswerkzeugs | Vogel, J.; Jannaber, S.; Thomas, O. |
| 87 | 2019 | The CO2 compass: Concept and development of a tool for low-emission power consumption [Der CO2-Kompass: Konzeption und Entwicklung eines Tools zur emissionsarmen Stromnutzung] | Huër, L.; Stadie, N.; Hagen, S.; Thomas, O. ; Pfisterer, H.-J. |
| 88 | 2020 | Scrutinizing the design specifications of smart products: A practical evaluation in yachting | Kammler, F.; Kemmerich, D.-H.; Brinker, J.; Thomas, O. |
| 89 | 2020 | Leveraging the value of data-driven service systems in manufacturing: A graph-based approach | Kammler, F.; Hagen, S.; Brinker, J.; Thomas, O. |
| 90 | 2020 | Understanding the augmented and virtual reality business ecosystem: an e3-value Approach | Schuir, J.; Vogel, J.; Teuteberg, F. ; Thomas, O. |
| 91 | 2020 | The future of digital work - Use cases for augmented reality glasses | Kortekamp, S.-S.; Werning, S.; Ickerott, I.; Thomas, O. |
| 92 | 2020 | Engineering of Data-Driven Service Systems for Smart Living: Application and Challenges | Kortum, H.; Gravemeier, L.S.; Zarvic, N.; Feld, T.; Thomas, O. |
| 93 | 2020 | Towards Aligning Business Models with Business Processes: A Tool-based Approach | Schoormann, T.; Hagen, S.; Brinker, J.; Wildau, S.; Thomas, O. ; Knackstedt, R. |
| 94 | 2020 | Towards a Virtual Reality-based Process Elicitation System | Vogel, J.; Thomas, O. |
| 95 | 2021 | Innovation by Information Technology Recombination: How Artificial Intelligence Progressive Web Apps Foster Sustainable Development | Fukas, P.; Thomas, O. |
| 96 | 2021 | Logistics Platform Strategies for Freight Technology-enabled Smart Services | Heinbach, C.; Schwemmer, M.; Thomas, O. |
| 97 | 2021 | Decarbonization in the Digital Platform Age - A Green Service Canvas for Small and Medium-sized Road Carriers | Heinbach, C.; Thomas, O. |
| 98 | 2021 | Deep learning object detection as an assistance system for complex image labeling tasks | Leimkühler, M.; Gravemeier, L.S.; Biester, T.; Thomas, O. |
| 99 | 2021 | Leveraging Natural Language Processing to Analyze Scientific Content: Proposal of an NLP Pipeline for the Field of Computer Vision | Kortum, H.; Leimkühler, M.; Thomas, O. |
| 100 | 2022 | Augmenting Data with Generative Adversarial Networks to Improve Machine Learning-Based Fraud Detection | Fukas, Philipp; Menzel, Lukas; Thomas, Oliver |
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