| Issue Date | Title | Involved Person(s) |
| 15-Jun-2022 | Predicting new venture gestation outcomes with machine learning methods | Koumbarakis, Paris; Volery, Thierry |
| 2022 | Who ate all our cookies? : investigating publishers’ challenges caused by changes in third-party cookie tracking | Stallone, Valerio; Gägauf, Aline; Kaya, Tania |
| 2022 | Using financial news sentiment for stock price direction prediction | Fazlija, Bledar; Harder, Pedro |
| 2022 | Extended reality in the world wide web : investigating and testing the use cases of WebVR manuals | Seiler, Roger; Widmer, Daniel |
| 2022 | Virtual reality for children with special needs | Bosse, Ingo K.; Haffner, Marius; Keller, Thomas |
| 2022 | Let me entertain you : the influence of augmented reality on purchasing intention in e-commerce | Beurer-Züllig, Bettina; Rozumowski, Anna; Klaas, Michael |
| 2022 | Deep partial hedging | Hou, Songyan; Krabichler, Thomas; Wunsch, Marcus |
| 2022 | Virtuelle Lernumgebungen in der betrieblichen Ausbildung : eine Analyse am Beispiel der Elektrobranche in der Schweiz | Berger, Martin; Kraus, Katrin; Keller, Thomas; Brucker-Kley, Elke; Knaack, Reto |
| 2022 | Analysis of suitable frameworks for artificial intelligence adoption in the public sector | Pechtor, Václav; Basl, Josef |
| 15-Jun-2021 | Employing explainable AI to optimize the return target function of a loan portfolio | Gramespacher, Thomas; Posth, Jan-Alexander |
| 31-May-2021 | The applicability of self-play algorithms to trading and forecasting financial markets | Posth, Jan-Alexander; Kotlarz, Piotr Kamil; Hadji Misheva, Branka; Osterrieder, Jörg; Schwendner, Peter |
| 5-Jan-2021 | Augmented reality in VET : benefits of a qualitative and quantitative study for workplace training | Sommerauer, Peter |
| 2021 | Robust vehicle classification based on deep features learning | Niroomand, Naghmeh; Bach, Christian; Elser, Miriam |
| 2021 | Chatbots, conversational interfaces, and the stereotype content model | Seiler, Roger; Schär, Annemarie |
| 2021 | Segment-based CO2 emission evaluations from passenger cars based on deep learning techniques | Niroomand, Naghmeh; Bach, Christian; Elser, Miriam |
