Kaiser, Carolin; Schallner, René; Piazza, Alexander (2024)
NIM Insights Magazine Issue 2024 | 02.
Tourism recommendation systems have the potential to alleviate choice overload for travelers. Social robots offer a promising avenue for delivering recommendations in tourist information settings, presenting an engaging and intuitive interface. This research explores tourists’ perceptions of the effectiveness and satisfaction of tourism recommendations provided by social robots as well as their preferences for human-like versus robotic interactions. An experiment was conducted at a tourist information office involving 60 participants exposed to either a human-like or robotic version of the social robot recommender system. Feedback was collected via survey, revealing that the participants responded positively to the social robot across various evaluation criteria. These findings suggest that tourists are receptive to social robots in real-world tourism contexts and would consider using them in the future.
Uhlig, Matthias; Schacht, Sigurd; Kamath Barkur, Sudarshan (2024)
Arxiv 2024.
DOI: 10.48550/arXiv.2401.10580
Buchele, Alexander (2024)
23. Druckgusstag; Verband Deutscher Druckgießereien (VDD), Bundesverband der Deutschen Gießerei-Industrie (BDG), Nürnberg.
Dauth, Christine M.; Bernhard, Sarah (2024)
IAB-Forum 15. Januar 2024, https://www.iab-forum.de/eingliederungszuschuesse-fuer-arbeitslose-wirken-als-sprungbrett-in-den-allgemeinen-arbeitsmarkt/ 2024.
DOI: 10.48720/IAB.FOO.20240115.01
Tekiner, Ismail Hakki; Knoblauch, Anke; Sover, Alexandru; Häfner, Philipp; Muschler, Nadja; Tainsa, Marwa (2024)
Tekiner, Ismail Hakki; Knoblauch, Anke; Sover, Alexandru; Häfner, Philipp...
Carpathian Journal of Food Science and Technology 16(1) 2024, S. 198-209.
DOI: 10.34302/crpjfst/2024.16.1.16
Gebhard, Christian Alexander (2024)
Medien-Räume. Eröffnen – Gestalten – Vermitteln. 1. Auflage, Springer, Wiesbaden. 2024, eBook ISBN 978-3-658-43047-4, S. 61-82.
DOI: 10.1007/978-3-658-43047-4
Martin, Annette; Sover, Alexandru (2024)
Fränkischer Tag.
Sover, Alexandru; Ermster, K.; Riess, A. K-M; Martin, Annette (2023)
In Proc.: 5th International Conference Business Meets Technology. Valencia, 13th-15th July 2023. 67-75.
DOI: 10.4995/BMT2023.2023.16729
Ermolai, Vasile; Sover, Alexandru (2023)
5. International Conference Business Meets Technology 2023, Valencia.
DOI: 10.4995/BMT2023.2023.16731
Lorenz, Joachim; Perello-Marin, M. Rosario; Carrascosa-Lopez, Conrado; Müller, Michael (2023)
Lorenz, Joachim; Perello-Marin, M. Rosario; Carrascosa-Lopez, Conrado...
5. International Conference Business meets Technology 2023, Valencia (to be published) .
Garg, Ritam; Piazza, Alexander (2023)
5th International Conference. Business Meets Technology 2023, Valencia (to be published).
Sauer, Sebastian; Piazza, Alexander; Schacht, Sigurd (2023)
Proceedings of the 5th International Conference of Business Meets Technology 2023, Valencia.
DOI: 10.4995/BMT2023.2023.16724
Schacht, Sigurd; Kamath Barkur, Sudarshan ; Lanquillon, Carsten (2023)
5. International Conference Business meets Technology 2023, Valencia (to be published).
Hoffmann, Franziska; Sauer, Sebastian; González-Ladrón-de-Guevara, Fernando (2023)
Proceedings of the 5th International Conference of Business Meets Technology 2023, Valencia.
DOI: 10.4995/BMT2023.2023.16727
Knellesen, Jennifer; Händel, Marion; Golke, Stefanie (2023)
Metacognition and Learning.
DOI: 10.1007/s11409-023-09371-w
Buntins, Katja; Bedenlier, Svenja; Marín, Victoria I.; Händel, Marion; Bond, Melissa (2023)
Buntins, Katja; Bedenlier, Svenja; Marín, Victoria I.; Händel, Marion...
MedienPädagogik 54, S. 167–191.
DOI: 10.21240/mpaed/54/2023.12.20.X
von Blumenthal, Astrid; Haupt, Thomas; Jungwirth, Johannes (2023)
Online Publikation. urn:nbn:de:bvb:861-opus4-23649.
Zacharias, Konstantin; Welsch, Dennis; Geißelsöder, Stefan; Buchele, Alexander (2023)
mfund Konferenz 2023, Berlin.
Dettelbacher, Johannes; Schlüter, Wolfgang; Buchele, Alexander (2023)
Proceedings of the 2023 Winter Simulation Conference 2023.
The current energy crisis and high fossil fuel costs are challenging energy intensive industries such as non- ferrous foundries. It is therefore important to promote the transition to renewable energy sources with the electrification of melting units. This pilot study is the first to simulate the transition of conventional foundries to sustainable technologies. For this purpose, a simulation model based on a selected example company is developed. It takes into account the energy consumption and the logistical effects of a converted operation. The simulation model is implemented as a hybrid simulation combining a discrete event simulation at the plant level and a process simulation within the furnaces. The study shows how a sustainable energy supply can be achieved in foundries. The effects of efficiency as well as energy costs and emissions are also taken into account.
Diener, Florian (2023)
Medien & Altern 2023 (23), S. 70 - 84.
Residenzstr. 8
91522 Ansbach