Aperçu des semaines
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Dear all, as promised, please find attached a first version of a "class book" for the first part of the Medical Imaging lecture.
There are a lots of lacks. There are probably a lot mistakes [this is a first preliminary version] => do not hesitate to contact me and ask me if this is not clear.
I can even find a room at UFR IMMAG and discuss with you this notes I hope that it can help you. The section 2.3.2 is not finished (the Differentiated Backprojection with Hilbert filtering" has not been presented in the lecture but some of the papers I gave to the "R"-students are dedicated to this approach.
Best regards,
Laurent.
PS: I did not give you some part (as "Dynamic Tomography") because they are outside the scope of the lecture
Laurent Desbat
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The goal of this computer exercise is to make you visualize and manipulate 3D medical images. It is an introduction to VTK by practicing.
You will be asked to hand in before november 30, 6p.m. (18:00) on this plateform:
- A pdf report (in English or French )
This report will be in pdf format and will include:
- description of what you have done
- extacts of your code when necessary
- images of your application illustrating your explanations
- interpretation/conclusion on each tutorial question
- A .zip/.z/.tar.gz file containing your src directory (and only src, not build or data !)
The questions labelled Project Only are note mandatory for the Lab/Computer Exercise.
- A pdf report (in English or French )
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The goal of the project is to applay scientific visualization techniques to medical images, and to go further with the code provided for the lab/computer exercise.
Please refer to the lab/computer exercise subject and questions labelled Project only.
The evaluation of the project will be done on Tuesday December 4th 13:30-16:30 during oral presentations.
Please prepare a small ppt/pdf/odp presentation explaining your developpement and your choices and be ready to perform an online demo of your code.