Prof. Andrzej Materka, Ph.D., D.Sc.
andrzej.materka@p.lodz.pl
http://amaterka.pl
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Contribution to the project:
- A review on available solutions to calibration of MR angiography sequences.
- Conceptual design of an experiment with the use of physical flow phantoms in a real MR scanner.
- A review of published MR imaging simulators.
- Participation in preparation of pulications.
- Proofreading and language correction of publications.
- Inspiration and motivation.
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Dr. Piotr Szczypiński, Ph.D., D.Sc.
pms@p.lodz.pl
http://eletel.p.lodz.pl/pms
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Contribution to the project:
- Derivation of matrix-form analytical solutions to the Bloch equation for the need of simulator implementation.
- Development of a method for determining and tracking of fluid portions location based on simulated flow trajectories.
- Development of a programming interface between flow and MR angiography simulators.
- Assistance in the development of MR angiography simulator and its implementation in C language.
- Participation in performing experiments with the use of physical flow phantoms.
- Participation in preparation of pulications.
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Prof. Michał Strzelecki, Ph.D., D.Sc.
mstrzel@p.lodz.pl
http://eletel.p.lodz.pl/mstrzel
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Contribution to the project:
- A review of publications on digital brain phantom designs.
- Consulting simulation results.
- Organization, planning and participation in performing experiments with the use of physical flow phantoms and real MR scanner.
- Vessel segmentation in the simulated images with the use of level-set algorithms.
- Project results dissemination among participants of the international research project COST Action TD1007.
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Grzegorz Dwojakowski, M.Sc.
grzegorz.dwojakowski@gmail.com
http://eletel.p.lodz.pl/med/
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Contribution to the project:
- Development of digital blood vessel models corresponding to the physical flow phantoms used in experiments in a real MR scanner.
- Performing a series of CFD simulations for laminar and turbulent regimes in the COMSOL software.
- Determination of particles trajectories running through a vessel with a defined flow profile.
- Development of an application for vessel segmentation in MRA images using mathematical morphology and Hessian-based filters.
- Preparation of publications.
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