Publication_Krause

Moallem, A., Degen, H., & Ntoa, S. (Eds.). (2026). Artificial Intelligence and Large Language Models: A Scientific Perspective. CRC Press.

Title

Moallem, A., Degen, H., & Ntoa, S. (Eds.). (2026). Artificial Intelligence and Large Language Models: A Scientific Perspective. CRC Press.

https://www.routledge.com/Artificial-Intelligence-and-Large-Language-Models-A-Scientific-Perspective/Moallem-Degen-Ntoa/p/book/9781032775128

Contribution to Bookchapter

Chapter 12 How Do AI and LLMs Change Our Lives? Reflections and Outlook

Helmut Degen, Stavroula Ntoa, Abbas Moallem, Joerg Beringer, Carrie Ching, Lance Chong, Thomas Geis, Pei‑Hsuan Hsieh, Khalid Kattan, Prabhat Kumar, André Frank Krause, Carsten Lanquillon, Rebecca McNulty, Mark Mittrick, Mark Nuppnau, Abraham Moore Odell, Ming Qian, Adrienne Raglin, Robert G. Reynolds, John Richardson, Yao Sun, Lijing Wang, and Carsten Wittenberg

Ching & Krause (2026). Evaluating Tang Poem Comprehension of Foreigners in Holistically Designed Spatial Experience in Virtual Reality. In HCI Int. 2025

Title

Ching, C., & Krause, A. F. (2026). Evaluating Tang Poem Comprehension of Foreigners in Holistically Designed Spatial Experience in Virtual Reality. In International Conference on Human-Computer Interaction (pp. 136-147). Cham: Springer Nature Switzerland.

DOI: https://doi.org/10.1007/978-3-032-12764-8_12

Abstract

Virtual Reality (VR) is an intuitive and natural Human-Computer Interaction interface that can facilitate learning, entertainment, simulation and humanities. But it is often resource-demanding to design, develop and evaluate. In previous study, by expressing a Classical-Chinese-written Tang poem “Snow on the River” (SOR) via storytelling in English and holistically designed spatial experience in VR, a VR experience for reading SOR was created, and a design methodology for creating a VR for reading Tang poetry was generalized.

Pfeifer et al., (2026). Exploring ECG and eye-tracking biomarkers for emotion recognition: A pilot study. In EHPS 2025

Title

Pfeifer, J., Behnisch, C., Kannen, K., Büscher, S., Wild-Wall, N., Krause, F. A., & Mai, J. (2025, August). Exploring ECG and eye-tracking biomarkers for emotion recognition: A pilot study. (Poster presentation). 39th Annual Conference of the European Health Psychology Society (EHPS), Groningen, Netherlands.

Poster: pfeifer2026_poster_ehps.pdf

Krause & Kannen et al., (2025), Pro-adaptive Cognitive Assistive Technology: Concept and Application in Reading Support for ADHD.

Title

Krause, A. F. *, Kannen, K. *, Büscher, S., Ressel, C. & Wild-Wall, N. (2025). Pro-adaptive Cognitive Assistive Technology: Concept and Application in Reading Support for ADHD. In International Conference on Extended Reality (pp. xx-xx). Springer Lecture Notes in Computer Science. (in press).

(*) These authors contributed equally to this work.

Krause, A. F., Essig, K., Wild-Wall, N., Ressel, C. (2024), A proposal for the concept of Pro-adaptive Cognitive Assistive Technology. (Abstract HFES).

Title

Krause, A. F., Essig, K., Wild-Wall, N., Ressel, C. (2024), A proposal for the concept of Pro-adaptive Cognitive Assistive Technology. Abstract, accepted at Human Factors and Ergonomics Societey Europe (HFES).

Abstract

Assistive Technology is becoming an integral part of our daily live, supporting people in different areas, for example while driving a car or cognitive demanding tasks at work or home. Yet, existing Assistive Technology often only considers the current situational context and capabilities of a user. Here, we propose the concept of “Pro-adaptive Cognitive Assistive Technology” (Pro-CAT), that adapts to predictable, temporal changes in the users capabilities and contextual situation (e.g., general ageing processes, an expected course of a disease, learning progress during skill aquisition or environmental changes). Pro-CAT can have several advantages:

Wild-Wall et al., (2024), Strukturen zur Berücksichtigung ethischer Aspekte in der Entwicklung von digitalen assistiven Technologien für vulnerable Gruppen.

Title

Wild-Wall, N., Ressel, C., Kannen, K., Krause, A. F., Büscher, S., Mosler, B., & Arntz, B. (2024). Strukturen zur Berücksichtigung ethischer Aspekte in der Entwicklung von digitalen assistiven Technologien für vulnerable Gruppen. In K. Hegemann, D. Lud & F. Sohnrey (Hrsg.), Wer rettet die Welt? Transformation gestalten in Zeiten der Polykrise (S. 165–182). Nomos.

Ferger, A., et al. Workflows and Methods for Creating Structured Corpora of Multimodal Interaction. 14–15 September 2023, University of Mannheim, Germany, 73.

Title

Ferger, A., Krause, A. F., & Pitsch, K. Workflows and Methods for Creating Structured Corpora of Multimodal Interaction. 14–15 September 2023, University of Mannheim, Germany, 73.

Abstract

Corpus analysis of computer mediated and/or multimodal interaction can draw on methods of written and spoken corpora, while also providing further information like gaze or walk annotations or sensor-based data like kinect or motion capture or robot log files. We propose a workflow leveraging the developments of both worlds while simultaneously focussing on standard formats and a sustainable way of research data management.