Difference between revisions of "2008 Summer Project Week:DWIRegistrationOMT"

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* Currently the algorithm and registration framework is available in MATLAB
 
* Currently the algorithm and registration framework is available in MATLAB
 
* Preliminary results with DWI baseline image correction.
 
* Preliminary results with DWI baseline image correction.
* DWI and MRI image intensity normalization using CSF and White Matter/Grey Matter segmentations was done to make sure both image volumes are on same footing so that Mass Transport happens without introducing structural distortions.
+
* DWI and MRI image intensity normalization using CSF and White-Matter/Grey-Matter segmentations performed to make sure both image volumes are on same footing so that Mass Transport mapping is found without introducing structural distortions.
 
* Further experiments required to fine tune the normalization step.
 
* Further experiments required to fine tune the normalization step.
 
* Slicer command line module created for interfacing with OMT Registration algorithm. A few issues with nrrd files being resolved.
 
* Slicer command line module created for interfacing with OMT Registration algorithm. A few issues with nrrd files being resolved.

Latest revision as of 13:30, 27 June 2008

Home < 2008 Summer Project Week:DWIRegistrationOMT
OMT Deformation Grid on MRI
OMT Deformation Grid on DWI



Key Investigators

  • Allen Tannenbaum, Tauseef ur Rehman, John Melonakos (Georgia Tech)
  • Marek Kubicki, Sylvain Bouix (BWH)


Objective

  • To explore the portability of Optimal Mass Transport (OMT) Non-rigid Registration code to the NAMIC toolkit.
  • To determine applicability of OMT registration algorithm for DWI Distortion Correction.

Approach, Plan

  • Conversations with Core 2 to analyze the project
  • Discussions with Core 3 to see how to adapt the existing code for DWI Registration
  • Make a project plan

Progress

  • Currently the algorithm and registration framework is available in MATLAB
  • Preliminary results with DWI baseline image correction.
  • DWI and MRI image intensity normalization using CSF and White-Matter/Grey-Matter segmentations performed to make sure both image volumes are on same footing so that Mass Transport mapping is found without introducing structural distortions.
  • Further experiments required to fine tune the normalization step.
  • Slicer command line module created for interfacing with OMT Registration algorithm. A few issues with nrrd files being resolved.
  • Discussions with Core 2 on existing infrastructure within ITK for non-rigid registration and re-use of demons diffeomorphic registration filter framework for OMT Registration filter.


References