This period covers:- Biomedical Image Analysis group @ TU/e
In 2001 Eindhoven University of Technology established a new Department of Biomedical Engineering, and I was invited by the enthousiastic dean, prof. Jan Janssen, to be one of the founding professors, with a chair in Biomedical Image Analysis. It was an amazing feeling and wonderful start to feel so welcome by being invited.
For my new team I needed people with a strong background in physics, in visualization, and in design programming. I could persuade Luc Florack to follow me from Utrecht to Eindhoven, found Anna Vilanova for nD image visualization research and Markus van Almsick (with a background in theoretical physics) strong in Mathematica.
Theoretical physics, leading the multi-scale computer vision research. Currently professor in Mathematical Image Analysis at TU/e.
I could persuade Luc Florack to follow me from Utrecht to Eindhoven. I was convinced that the 'brain-inspired' geometric approach, which we pioneered with prof. Koenderink in Utrecht, was the way forward to make solid progress in modern computer-aided diagnosis in medical imaging. He was looking for a new position, and was the ideal person to lead our multi-scale differential geometric image analysis research. A wonderful match.
Computer science, graduated in Visualization in Vienna with Eduard Groeller. Currenly professor in Scientific Visualization at TU/e.
Anna Vilanova had just graduated from Vienne Technical University with a cum laude PhD in scientific visualization (under prof. Eduard Groeller, 'die Meister'). Her husband did a PhD with Philips in Eindhoven, and she was looking for a job in Eindhoven. A wonderful match.
Theoretical physics, evangelist for Mathematica. Currently leading the image processing development group at Wolfram Research.
Markus van Almsick did a PhD in theoretical physics in Germany, but followed his professor to Champaign, IL, USA. There he got enthousiastic about Mathematica. When returning to Europe again, we found each other. In my new group he could finish his PhD, and support me with the education and research with Mathematica. Again, a wonderful match.
In combination with the BioInformatics Group of my colleague prof. Peter Hilbers (BioModeling and BioInformatics) we established the new BioMIM lab from scratch, for our PhD and MSc students. We shared a large lab space with student desks and an excellent computing infrastructure (including a 8x Geforce GTX 1080 GPU server for deep learning research and applications).
I was excellently supported by the BME board, in grant applications, personnel affairs, setting up collaborations. In particular, our BME general manager Rob Debey always had an open door to discuss my projects and plans, and gave me much support.
In close collaboration with Philips Healthcare, of which the campus was only 12 km away in Best, we developed a wide range of modern computer-aided diagnosis applications. Prof. Frans Gerritsen, head of the Philips Healthcare Medical Image Analysis group, was Philips-appointed guest professor in my group (later followed up by prof. Marcel Breeuwer) for one day/week. They much supported my team. We closely collaborated on the design of a new generation of radiological workstations
(EasyVision), and many medical imaging applications, see the PhD theses below (and many of the around 150 Master students that did a one-year project with us).
Prof. Frans Gerritsen† 2012