https://www.na-mic.org/w/index.php?action=history&feed=atom&title=Kickoff%3ACore3.1breakout 2026-04-04T22:47:06Z Revision history for this page on the wiki MediaWiki 1.33.0 https://www.na-mic.org/w/index.php?title=Kickoff:Core3.1breakout&diff=4292&oldid=prev 2006-12-18T13:40:00Z

<p>Update from Wiki</p> <p><b>New page</b></p><div>== Core 3.1 Breakout Session ==<br /> <br /> ''Overview''<br /> <br /> * Guidance Engineering Core 2:<br /> ** Data sharing, data format (image data, segmented data, DTI, etc.)<br /> ** Preliminary specifications: collaborative effort<br /> * Core clinical datasets (Harvard, Dartmouth)<br /> * Testbed datasets (Dartmouth)<br /> ** Few cases raw data and segmentations<br /> <br /> ''Shape Segmentation/Analysis''<br /> <br /> * Shape-driven segmentation: temporal lobe MTG, ITG, STG, insular cortex, temporal pole<br /> ** Data: BWH, Dartmouth<br /> ** Analysis: MIT<br /> * Shape analysis of hippocampus/ amygdala and caudate, anatomic substructures<br /> ** Data BWH<br /> ** Analysis: UNC, SPL<br /> ** Substructure analysis with DTI: MGH<br /> <br /> ''DTI Processing/Analysis''<br /> <br /> * Nonlinear registration of DTI, structural data, fMRI (MGH)<br /> * Probabilistic DTI tensor data atlas whole brain (MGH)<br /> * Tractography to identify internal capsule, uncinate fasciculus, cingulum, fornix (UNC, SPL), fiber analysis (UNC)<br /> * DTI datasets from Harvard<br /> <br /> ''fMRI''<br /> <br /> * Sample datasets with preprocessing (Dartmouth)<br /> * Display and further processing: fMRI + sMRI + DTI: Slicer SPL<br /> <br /> ''Deliverables Year 1''<br /> <br /> * Segmentation:<br /> ** all aforementioned structures<br /> ** Tests with Dartmouth sample datasets<br /> * Shape analysis:<br /> ** Statistical shape analysis of caudate, amygdala/hippocampus<br /> ** Anatomical shape subdivision<br /> ** Specifications Core 2: Datastructures shape/DTI<br /> <br /> * DTI:<br /> ** Nonlinear registration tool (DTI, sMRI, fMRI)<br /> ** Probabilistic DTI tensor dataset<br /> ** Analysis of aforementioned fiber bundles<br /> ** FiberViewer: Fiber tract analysis tool<br /> <br /> [[Kickoff:Main|Back to Kickoff Main]]</div>

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