Team Spirit via EEG: Lifespan AI Measures the Cognitive States of Distributed Teams
Can artificial intelligence tell whether a team is on the same page or talking past each other—even when its members are spread across two continents?
The digital revolution is changing our world. Digital devices, sensors, and technologies casually acquire our data while evolving with us – so, digital natives leave a rich trace from the cradle to the grave. We believe that such collections of bio, social, and lifestyle signals will soon complement longitudinal studies, to improve healthcare through precise and personalised prediction, early prevention, and targeted intervention guided by causal inference. We are convinced that the massive influx of health data in combination with recent advancements in artificial intelligence (AI) holds great potential to transform the health sciences.In this research unit, we envision to advance AI methods and tools to model, predict, and explain health outcomes from multi-dimensional data that span the entire life. We aim to responsibly use unique data sources to extract relevant knowledge, to advance deep learning models, and to perform causal discovery with the ultimate goal to unravel the aetiology of complex diseases and to optimise prevention strategies.
Can artificial intelligence tell whether a team is on the same page or talking past each other—even when its members are spread across two continents?
When AI models predict how long a patient will survive, who decides whether they can be trusted? Sophie Hanna Langbein was invited to address this
In conversation with host Rasmus Cloes, Prof. Dr.-Ing. Tanja Schultz talks about her research at the Cognitive Systems Lab at the University of Bremen on