IMAGeS team: IMages, leArning, Geometry and Statistics

Difference between revisions of "TIBM: Change detection and prediction"

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This may allow a better care of the patient (personalized medicine), either for diagnosis, prognosis or evaluation of therapeutic response.
 
This may allow a better care of the patient (personalized medicine), either for diagnosis, prognosis or evaluation of therapeutic response.
  
Thus, novel methods have been developed to analyze longitudinal diffusion MRI sequences:
+
Thus, novel methods have been developed to analyze longitudinal diffusion MRI sequences, that:
* Using statistical tests adapted to different representations of the diffusion process [https://icube-publis.unistra.fr/2-BNHR12 2-BNHR12]
+
* use statistical tests adapted to several representations of the diffusion process [https://icube-publis.unistra.fr/2-BNHR12 2-BNHR12]
* Taking into account the positive definite property of diffusion tensor [https://icube-publis.unistra.fr/2-GNHB12 2-GNHB12]
+
* take into account the positive definite property of diffusion tensor [https://icube-publis.unistra.fr/2-GNHB12 2-GNHB12]
 
* or the geometry of the white matter fiber bundles [https://icube-publis.unistra.fr/2-GNBH13 2-GNBH13].
 
* or the geometry of the white matter fiber bundles [https://icube-publis.unistra.fr/2-GNBH13 2-GNBH13].
  

Revision as of 11:22, 10 October 2016


Automatic change detection is a tool of great interest for monitoring evolving pathologies. The aim is to identify changes over time between two exams of a given subject. This may allow a better care of the patient (personalized medicine), either for diagnosis, prognosis or evaluation of therapeutic response.

Thus, novel methods have been developed to analyze longitudinal diffusion MRI sequences, that:

  • use statistical tests adapted to several representations of the diffusion process 2-BNHR12
  • take into account the positive definite property of diffusion tensor 2-GNHB12
  • or the geometry of the white matter fiber bundles 2-GNBH13.

In addition, work has focused on the temporal modeling of brain maturation 5-PRSS12 and gyrification 2-PRSK16 in the project ERC FBrain.

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PhD thesis


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