What we do
Learn more about our current work
We work on several use cases with different partners to evaluate and demonstrate our developed PHT version.
Our current main focus is:
- deployment
- security methods extensions
- image and genome analysis
Nov ’21
A PHT Tübingen CORD demo presentation presented by Marius de Arruda Botelho Herr. Presented at the 16. CORD-MI-WebWorkshop (slides in german). Presentation (google)Dec ’20
A PHT Tübingen update presented by Lukas Zimmermann. Presented at International FAIR Convergence Symposium 2020. Presentation (google)Oct ’20
A shared status update with Aachen presented by Marius Herr, Sascha Welten and Oya Beyan with the architecture from Tübingen, Demo in Aachen and next steps. Presented at the MII workshop for distributed analysis in Germany. Presentation (google)Oct ’19
A status update presented by Marius Herr of the recent progress at Tübingen. Presented at the DIFUTURE symposium 2019 in Tübingen. Presentation (pdf)Nov ’18
The first proof-of-concept presentation by Oliver Kohlbacher of our PHT architecture, workflow and train-API. Presented at the DIFUTURE symposium 2018 in Munich, the GO FAIR meeting in Leiden and Berlin . Presentation (pdf)Our code is fully open source and can be accessed at github.com/PHT-Medic.
Documentation available at pht-medic.github.io/documentation.
Our current main for extensions are:
- Deploy distributed learning architecture at projects partners on national level
- Grow a user community
- Extend towards federated learning and SMPC
Our Team
Marius (MSc in Medical Informatics in 2018), works as PhD student on: development, project management, analysis, security concepts, and enabling new methods using the Personal Health Train. He is part of the DIFUTURE analytics Team and MII Task Force distributed learning. Marius created and designed this homepage. Contact: Marius.de-Arruda-Botelho-Herr@uni-tuebingen.de
Michael studied in his B.Sc cognitive science and finished his M.Sc in computer science in 2021. He works as research assistant at the Institute of Translational Bioinformatics (TBI) and works as technical lead on: security implementation and enabling new methods using the Personal Health Train.
David studied computer science in Tübinen and finished his M.Sc in 2021. He works as a research assistant at the Institute of Translational Bioinformatics on the PHT and Leuko-Expert projects.
Peter studies media informatics (M.Sc) and works for the hospital (UKT) as IT-Worker and is also responsible for the e-learning and survey applications. At TBI he works as a research assistant. He contributes to the following PHT topics: security implementation, UI- designs & applications, backend APIs and microservices.
Tyra studies Medical Informatics (M.Sc) and works as research assistant at the Institute of Translational Bioinformatics (TBI). She works on: data analysis using the Personal Health Train.
Felix studies Bioinformatics (B.Sc) and works as research assistant at the Institute of Translational Bioinformatics (TBI). He works on: central services and test trains.
Felix studies Medical Informatics (M.Sc) and works as research assistant at the Institute of Translational Bioinformatics (TBI). He works on: station services and user testing.
Mete (Ph.D. in computer engineering), works as Postdocotoral researcher and security advisor on the Personal Health Train Tübingen. He is part of the DIFUTURE analytics Team.
Stephanie (PhD in Neurobiology & Epigenetics, 2016) leads the analytics team of the medical data integration center (meDIC) at the UKT, which is part of the DIFUTURE consortium within the MII.
Nico is W3 Professor for Computer Science (Methods in Medical Informatics) and lead of the ZIV (Center for innovative care) in Tübingen. For further information, please visit his personal website.
Oliver is, among other positions, director of the Institute for Translational Bioinformatics and PI of DIFUTURE Tübingen. For further information, please visit his personal website.Collaborate
You are interested to contribute to the PHT project in one of the following ways:
- research questions you want to answer with de-central analysis
- concepts to extend or enable different methods
- code development