Difference between revisions of "Slicer3:Registration"
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Image:Registration_NonRigid_icon.png|The [[Modules:DeformableB-SplineRegistration-Documentation-3.4|Deformable B-Spline Registration]] Module (Bill Lorensen) performs automated image warping based on image intensities. | Image:Registration_NonRigid_icon.png|The [[Modules:DeformableB-SplineRegistration-Documentation-3.4|Deformable B-Spline Registration]] Module (Bill Lorensen) performs automated image warping based on image intensities. | ||
Image:Registration_ACPC_icon.png|The [[Modules:RealignVolume-Documentation-3.4|'''ACPC Transform''']] module (Nicole Aucoin) is used to orient brain images along the anatomical reference line between the anterior and posterior commissure. | Image:Registration_ACPC_icon.png|The [[Modules:RealignVolume-Documentation-3.4|'''ACPC Transform''']] module (Nicole Aucoin) is used to orient brain images along the anatomical reference line between the anterior and posterior commissure. | ||
| − | Image:Registration_HAMMER_icon.png|The [[ | + | Image:Registration_HAMMER_icon.png|The [[2010_Winter_Project_Week_HAMMER|'''HAMMER''']] module (Guorong Wu, Dinggang Shen) can align brain images of different individuals based on tissue class segmentation and intensity (experimental stage). |
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== Modules for Interactive/Manual Registration == | == Modules for Interactive/Manual Registration == | ||
Revision as of 20:12, 19 January 2010
Home < Slicer3:RegistrationContents
Modules for Automated Registration
The Register Images Module (Casey Goodlett, Stephen Aylward) performs automated image registration, rigid to affine, based on image intensity similarities.
The Linear Registration (Daniel Blezek) module performs automated rigid registration. This is being replaced by the Register Images Module that performs the same function.
The Deformable B-Spline Registration Module (Bill Lorensen) performs automated image warping based on image intensities.
The ACPC Transform module (Nicole Aucoin) is used to orient brain images along the anatomical reference line between the anterior and posterior commissure.
The HAMMER module (Guorong Wu, Dinggang Shen) can align brain images of different individuals based on tissue class segmentation and intensity (experimental stage).
Modules for Interactive/Manual Registration
The Transforms Module(Alex Yarmarkovich) allows to manually and interactively move one image to align with another (rigid only).
The Fiducial Alignment module (Casey Goodlett) can align images based on pairs of manually selected fiducial points (rigid and affine).
- Register Images (Stephen Aylward)
- Transforms Module (Alex Yarmarkovich)
- Linear Registration (Daniel Blezek)
- Affine Registration (Daniel Blezek)
- Deformable B-Spline Registration (Bill Lorensen)
- ACPC Transform (Nicole Aucoin)
