Difference between revisions of "2011 Winter Project Week:RegistrationInPresenceOfAnatomicVariation"
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Image:PW-SLC2011.png|[[2011_Winter_Project_Week#Projects|Projects List]] | Image:PW-SLC2011.png|[[2011_Winter_Project_Week#Projects|Projects List]] | ||
| + | Image:SlidingOrganRegistration_artificial.png|Example sliding organ registration on artificial images. Compared to the fixed image, the moving image translates the subset of the upper tube with increasing intensity to the right by four pixels, and the subset of the bottom tube with decreasing intensity to the left by four pixels. | ||
| + | Image:SlidingOrganRegistration_XCATimages.png|Models segmented from moving and fixed images created using the XCAT software phantom. | ||
| + | Image:SlidingOrganRegistration_XCATresults.png|Results of registering the XCAT phantom images: the anisotropic diffusive regularization produces a more physiologically realistic deformation field. | ||
</gallery> | </gallery> | ||
Revision as of 21:03, 5 January 2011
Home < 2011 Winter Project Week:RegistrationInPresenceOfAnatomicVariation
Example sliding organ registration on artificial images. Compared to the fixed image, the moving image translates the subset of the upper tube with increasing intensity to the right by four pixels, and the subset of the bottom tube with decreasing intensity to the left by four pixels.
Models segmented from moving and fixed images created using the XCAT software phantom.
Results of registering the XCAT phantom images: the anisotropic diffusive regularization produces a more physiologically realistic deformation field.
Key Investigators
- Kitware: Danielle Pace, Stephen Aylward
- UNC: Marc Niethammer
- SPL: Sandy Wells, Tina Kapur, Petter Risholm
Objective
TODO
Approach, Plan
TODO
Progress
Delivery Mechanism
TODO
