ITK/Release 4/Enhancing Image Registration Framework/Goals: Difference between revisions
From KitwarePublic
Jump to navigationJump to search
Daviddoria (talk | contribs) m (moved ITK Release 4/Enhancing Image Registration Framework/Goals to ITK/Release 4/Enhancing Image Registration Framework/Goals) |
|||
(4 intermediate revisions by one other user not shown) | |||
Line 7: | Line 7: | ||
** Support for very large number of parameters | ** Support for very large number of parameters | ||
** Refactoring Jacobian computations | ** Refactoring Jacobian computations | ||
** Optimizers refactoring (no longer holding parameters array) | |||
** Metric refactoring (new management of Transform parameters) | |||
* Optimizer Refactoring | |||
** New Optimizers Family (not holding parameters themselves) | |||
*** Optimizer base (new class) | |||
**** Gradient descent optimizer | |||
* Multi-Component Metric | * Multi-Component Metric | ||
* Demons Metric | * Demons Metric | ||
* PointSet Metrics | * PointSet Metrics | ||
* Multi-Threading Rewriting of Metrics | |||
* Poly-Affine Transform (combination of Affine and Deformable) | * Poly-Affine Transform (combination of Affine and Deformable) | ||
* | ** Transform per region (plus interpolation in-between regions) | ||
* Multi-Resolution | * Multi-Resolution | ||
Latest revision as of 16:01, 9 December 2011
Top Level Goals
- Composite Transform
- Deformation Field Transform
- Transform reorganization of parameters management
- Transform parameter object
- Support for very large number of parameters
- Refactoring Jacobian computations
- Optimizers refactoring (no longer holding parameters array)
- Metric refactoring (new management of Transform parameters)
- Optimizer Refactoring
- New Optimizers Family (not holding parameters themselves)
- Optimizer base (new class)
- Gradient descent optimizer
- Optimizer base (new class)
- New Optimizers Family (not holding parameters themselves)
- Multi-Component Metric
- Demons Metric
- PointSet Metrics
- Multi-Threading Rewriting of Metrics
- Poly-Affine Transform (combination of Affine and Deformable)
- Transform per region (plus interpolation in-between regions)
- Multi-Resolution