Difference between revisions of "NA-MIC JHU Skull Stripping Collaboration"
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The primary goals of this proposal are to enhance the NA-MIC code base with a segmentation algorithm that is capable of skull stripping and segmenting both cerebrum and cerebellum separately or collectively in a way which provides accuracy comparable to human raters. | The primary goals of this proposal are to enhance the NA-MIC code base with a segmentation algorithm that is capable of skull stripping and segmenting both cerebrum and cerebellum separately or collectively in a way which provides accuracy comparable to human raters. | ||
| − | == Aims == | + | ===Aims=== |
#Rewrite SPECTRE using the NA-MIC software methodology for inclusion in Slicer 3D | #Rewrite SPECTRE using the NA-MIC software methodology for inclusion in Slicer 3D | ||
#Complete the algorithms necessary for isolating and establishing a coordinate system on the cerebellum | #Complete the algorithms necessary for isolating and establishing a coordinate system on the cerebellum | ||
#Parameters will be optimized in order for SPECTRE to perform well with a variety of differelty aquired data | #Parameters will be optimized in order for SPECTRE to perform well with a variety of differelty aquired data | ||
#Compare SPECTRE against all publically available (source or binary) skull-stripping software | #Compare SPECTRE against all publically available (source or binary) skull-stripping software | ||
| + | |||
===Current progress=== | ===Current progress=== | ||
| − | === References === | + | ===References=== |
[[2009_Summer_Project_Week_Skull_Stripping | Summer 2009 Project Week]] | [[2009_Summer_Project_Week_Skull_Stripping | Summer 2009 Project Week]] | ||
Revision as of 16:32, 3 September 2009
Home < NA-MIC JHU Skull Stripping CollaborationCollaboration with Dr. Jerry Prince of Johns Hopkins Univeristy.
Back to NA-MIC_External_Collaborations
Grant Number
R21-EB009900
Goals of the Project
The primary goals of this proposal are to enhance the NA-MIC code base with a segmentation algorithm that is capable of skull stripping and segmenting both cerebrum and cerebellum separately or collectively in a way which provides accuracy comparable to human raters.
Aims
- Rewrite SPECTRE using the NA-MIC software methodology for inclusion in Slicer 3D
- Complete the algorithms necessary for isolating and establishing a coordinate system on the cerebellum
- Parameters will be optimized in order for SPECTRE to perform well with a variety of differelty aquired data
- Compare SPECTRE against all publically available (source or binary) skull-stripping software
Current progress
References
Citations
- Aaron Carass, M. Bryan Wheeler, Jennifer Cuzzocreo, Pierre-Louis Bazin, Susan S. Bassett and Jerry L. Prince, A JOINT REGISTRATION AND SEGMENTATION APPROACH TO SKULL STRIPPING, ISBI 2007.
