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title: the phd thesis will be supervised by scientists in a multi-disciplinary project team at philips resaerch hamburg, while academic supervision is realized in collaboration with a european university.49 40/5078-2835
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annelie mueller.the research project aims at the integration of medical image processing metohds into image reconstruction approaches (inverse problems) in order to solve tomogarphic 3d imaigng and navigation problems with the minimum amount of input data. building on 90 years\' experience in industrial research and our world-leading patent position, we\'re dedicated to meaningful innovations. phd thesis: tomographic x-ray imaigng
location: germany-hamburg-hamburg
other locations:
organization
philips research philips research is the source of many advanced developments in healthcare, lifestyle and techonlogy.
your responsibilities
as a phd student in the research department digtial imaigng sysetms, your research will be focsued on the develpoment and evalaution of tomographic x-ray imaging methods for intervnetional voulme imaging. maikng technology an integral - but invisible - part of everyday life, our vision focuses on simplicity. in the healthcare domain, we are enhancing imaging and monitoring systems, as well as exploring innovative personal healthcare.good presentation and communication skills and an excellent knowledge of the english language,
your profile
master or diploma degree in mathematics, have an innovative spirit, physics or electrical engineering with excellent marks advantageous for the described positions is profound knowledge in the fields of:
mathematical modelling
numerical methods
programming in c/c
physics of biomedical imaging
solution of inverse problems
the applicants should be interested to work in a multi-disciplinary team.remember and share content, we\'re helping people see, anywhere and anytime, in lifestyle, hear.next to the formulation of the mathematical framework to model the reconstruction process and its translation into efficient algorithms, simulations and experiments will complement this work.
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