Publications

Max Moebus, Lars Hauptmann, Nicolas Kopp, Berken Demirel, Björn Braun, Christian Holz (2024). Nightbeat: Heart Rate Estimation From a Wrist-Worn Accelerometer During Sleep. In BHI 2024.

Björn Braun, Daniel McDuff, Tadas Baltrusaitis, Paul Streli, Max Moebus, Christian Holz (2024). SympCam: Remote Optical Measurement of Sympathetic Arousal. In BHI 2024.

Lukas Teufelberger, Xintong Liu, Zhipeng Li, Max Moebus, Christian Holz (2024). LLM-for-X: Application-agnostic integration of Large Language Models to Support Personal Writing Workflows. In UIST Demos 2024.

Max Moebus, Marc Hilty, Pietro Oldrati, Liliana Barrios, PHRT Author Consortium, Christian Holz (2024). Assessing the Role of the Autonomic Nervous System as a Driver of Sleep Quality in Patients With Multiple Sclerosis: Observation Study. In JMIR NT.

Max Moebus, Julien Wolfensberger, Christian Holz, Equal Contribution (2024). Predicting Sleep Quality via Unsupervised Learning of Cardiac Activity. In EMBC 2024.

Max Moebus, Christian Holz (2024). Personalized interpretable prediction of perceived sleep quality: Models with meaningful cardiovascular and behavioral features. In PLOS ONE.

Shkurta Gashi, Pietro Oldrati, Max Moebus, Marc Hilty, Liliana Barrios, Firat Ozdemir, PHRT Author Consortium, Veronika Kaas, Andreas Lutterotti, Gunnar Rätsch, Christian Holz (2024). Modeling multiple sclerosis using mobile and wearable sensor data. In npj digital medicine.

Max Moebus, Shkurta Gashi, Marc Hilty, Pietro Oldrati, PHRT Author Consortium, Christian Holz (2024). Meaningful digital biomarkers derived from wearable sensors to predict daily fatigue in multiple sclerosis patients and healthy controls. In iScience.

Andreas Fender, Derek Alexander Witzig, Max Moebus, Christian Holz (2023). PressurePick: Muscle Tension Estimation for Guitar Players Using Unobtrusive Pressure Sensing. In UIST 2023.

Tiffany Luong, Yi Fei Cheng, Max Moebus, Andreas Fender, Christian Holz (2023). Controllers or Bare Hands? A Controlled Evaluation of Input Techniques on Interaction Performance and Exertion in Virtual Reality. In TVCG.