Interdisciplinary perspectives on AI

Goal: In this project we want to contribute to the development and the deployment of human-centred Artificial Intelligent systems. The integration of our projects will ideally ensure that Artificial Intelligence will be applied in a more conscious way and more aligned with our values.

Context: Despite tremendous progress in the past few years, the field is currently facing some of the most important challenges at the interface between theoretical computer science, applied data science, and sociotechnical studies. Indeed, the most successful machine learning models (deep neural networks) are non-transparant, highly non-intuitive, and therefore difficult to understand.

Methods: Here, we join forces to tackle this problem on three different levels. First, we want to use different techniques to overcome the traditional interpretability vs learning performance trade-off. Then, we want to develop tools to interrogate true black box systems, i.e., systems where only the outcome is observed (and nothing of the internal process). Finally, we want to find efficient ways to valorise the academic insights in society through the development of recommendations and tools that can be used to train and validate trustworthy neural networks in a real-life environment.

Affiliated Research Groups:

• Applied Physics and Photonics
• Business technology and Operations
• Communication Sciences
• Mathematics
• Electronics and Informatics
• Informatics and Applied Informatics

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