Collaboration:Workshop July 20 2005
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Georgia Tech (Core 1) & UNC (Core 1) Collaboration
Logistics
Date: July 20, 2005
Place: Georgia Tech
Attendees:
UNC
- Guido Gerig
- Martin Styner
- Isabelle Corouge
- Christine Xu
- Casey Goodlett
Georgia Tech
- Allen Tannenbaum
- Eli Hershkovits
- Oleg Michailovich
- Marc Niethammer
- Patricio Vela
- Samuel Dambreville
- Xavier LeFaucheur
- John Melonakos
- Delphine Nain
- Eric Pichon
- Gallagher Pryor
- Yogesh Rathi
- Tauseef Rehman
- Julien Traisnel
- Jimi Malcolm
- Ramsey Al-hakim
Agenda
Wednesday, July 20, 2005 10:30-11am UNC group arrives. Informal discussions. 11-12:30pm Presentations:
- Jimi, Xavier, Tausseef (15min): Short introductions
- Eric (30): Direction dependent active contours, tractography
- Delphine (30): Shape
- Oleg (30): Smoothing, inverse pbs, US
12:30-1:30pm Lunch (pizza) & Presentations:
- Ramsey (20): Rule based segmentation, area 46, collaboration with Dr. Fallon
- John (20): A Plan for Analyzing Brain Connectivity
- Eli (20): Genetics, bio-info
1:30-3pm Presentations:
- Marc (30): Dynamic Curve Evolution and Filtering
- Julien (20): Stochastic actve contours
- Samuel (20): Kernel PCA in levelset framework
- Yogesh (20): Particle filters
3-4pm UNC Presentations 4-5pm Breakout Session (in parallel):
- DTI (Guido, Isabelle, Casey / Eric, John, Xavier)
- Shape (Martin, Christine / Delphine, Sam, Yogesh)
5pm UNC group returns to airport.
Collaboration: Action Items
UNC
- Will provide high res DTI data sets for Georgia Tech.
- Will provide 10 datasets from a single patient on different scanners (availability has to be checked first)
- Investigation of Hypothesis Testing methodology (UNC) (analysis of low sample size, high dimensionality features) for non-linear feature spaces (GT, wavelet coefficients).
- Extension of STAPLE-technique to surfaces (UNC) using laplacian-equation based one-to-one surface correspondence (GT)
GT
- Currently investigating the problem of area preserving, conformal maps as presented by Allen.
- Currently investigating the application of genetics to the NA-MIC problem.
