Work Packages

Artificial intelligence (AI) and machine learning are rapidly developing areas of computer science whose applications span from expert systems through natural language processing to image processing in various domains. Many results show a great promise in improving healthcare, increasing the efficiency of production systems, increasing security, etc. However, most research effort results are still largely academic, and uptake of both academic and industrial solutions is marginal in clinical practice. Especially in high-risk areas, where there is a big chance of serious harm to involved parties, the uptake of AI methods is extremely slow.

According to Whitepaper on AI and Coordinated Plan on Artificial Intelligence, one of the priorities of the EU is the development of trustworthy and secure AI methods that would be acceptable as (partial) substitutes for traditional techniques in these areas. We believe that the trustworthiness of AI can only be achieved via direct communication between AI experts and application domain experts. This is a long-term process that leads to the development of a common language and the ability to connect deep insights from the application perspective with insights into the internal workings of AI systems and the ability to validate resulting methods in clinical practice.

  • Data-Medical Collaboration for Innovation

    Efficient organisational structure allowing direct communication and cooperation between data processing units at MU and medical units (MOU, University Hospitals, etc.) with focus on scientific excellence and application of research results in medical research and health care.

  • Building Explainable AI for Healthcare

    Basic research capacity in explainable AI methods; trained MU researchers in the image and natural language processing oriented towards medical applications; trained MU and MOU researchers in validation of AI methods for application required for medical practice.

  • Secure Data Management for Medical AI

    Optimized data and compute infrastructure; trained MU researchers for development and execution of large production ready AI solutions; develop personal capacity at MU for supporting data management of sensitive medical data.

  • Maximizing Material and Data Integration

    Optimized material and data flow at MOU; trained researchers at MOU in data extraction and data quality assurance suitable for AI-based processing.

  • Effective Communication and Dissemination of Medical AI

    Targeted and measurable dissemination, exploitation, and communication of research results in explainable AI methods in medical applications.

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