Difference between revisions of "Algorithm:Main"

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  Back to [[Cores|NA-MIC Cores]]
 
  Back to [[Cores|NA-MIC Cores]]
 
__NOTOC__
 
__NOTOC__
{| style="background:#333333" cellspacing="2" align="right"
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='''Welcome to the NA-MIC Algorithms!'''=
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{| border="00" cellpadding="5" cellspacing="0"
{| style="background:#cccccc"
 
|colspan="2" align="center"|<b>Featured Article</b>
 
 
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|width="200px" valign="top"|[[Image:UtahArcuateFasciculusFeb10.png|left|200px|Rendering of Volumetric Segmentation of the Arcuate Fasciculus]]
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| rowspan="2"|
<br/>
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The Algorithms Core (NA-MIC Core 1) investigates mathematical methods for medical image analysis.  Algorithm design is an essential step in attempting to answer clinical questions based on medical imagery.  The Algorithms Core collaborates with Core 2 to provide tools which Core 3 can leverage to enhance clinical studies.  Our team members represent a broad cross-section of medical image groups.  The links below showcase the work at each of the Core 1 sites and also showcase the collaborative work which we share with our Core 2 and 3 partners.
[[Algorithm:Past_Featured_Articles|Past featured articles]]
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| style="background: #ebeced" colspan="2" align="center"| '''Volumetric Segmentation of the Arcuate Fasciculus'''<br>[[Image:UtahArcuateFasciculusFeb10.png|center|200px]]
|align="left" width="250px"|  
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"Microstructural Connectivity of the Arcuate Fasciculus in Adolescents with
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| style="background: #ebeced"|
High-functioning Autism"
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| style="background: #ebeced"|Microstructural Connectivity of the Arcuate Fasciculus in Adolescents with High-functioning Autism [[Algorithm:Past_Featured_Articles|Read more...]]  
 
 
P.T. Fletcher, R.T. Whitaker, Ran Tao, Molly B. DuBray, A. Froehlich, C. Ravichandran, A.L. Alexander, E. D. Bigler, N. Lange, J.E. Lainhart.
 
 
 
To appear, Neuroimage, 2010
 
 
 
[[Algorithm:Past_Featured_Articles|Abstract]]
 
|}
 
 
|}
 
|}
 
= Algorithms Overview =
 
 
The Algorithms Core (NA-MIC Core 1) investigates mathematical methods for medical image analysis.  Algorithm design is an essential step in attempting to answer clinical questions based on medical imagery.  The Algorithms Core collaborates with Core 2 to provide tools which Core 3 can leverage to enhance clinical studies.  Our team members represent a broad cross-section of medical image groups.  The links below showcase the work at each of the Core 1 sites and also showcase the collaborative work which we share with our Core 2 and 3 partners.
 
  
 
= Algorithms Projects - Organized by Site =
 
= Algorithms Projects - Organized by Site =
  
* [[Algorithm:GATech|Georgia Tech]]
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* [[Algorithm:Stony Brook|Stony Brook]]
* [[Algorithm:MGH|MGH]]
 
 
* [[Algorithm:MIT|MIT]]
 
* [[Algorithm:MIT|MIT]]
 
* [[Algorithm:UNC|UNC]]
 
* [[Algorithm:UNC|UNC]]
 
* [[Algorithm:Utah|Utah 1]]
 
* [[Algorithm:Utah|Utah 1]]
 
* [[Algorithm:Utah2|Utah 2]]
 
* [[Algorithm:Utah2|Utah 2]]
* [[Algorithm:WUSTL|WUSTL]]
 
  
 
= Algorithms Projects - Organized by Subject Matter =
 
= Algorithms Projects - Organized by Subject Matter =
  
 
* [[NA-MIC_Collaborations:New|NA-MIC Collaborations]]
 
* [[NA-MIC_Collaborations:New|NA-MIC Collaborations]]
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= Data =
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* [[Algorithm:DataRT|Radiotherapy]]
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= [[Algorithm:SlicerModules|Slicer Modules]] =

Latest revision as of 16:58, 6 June 2014

Home < Algorithm:Main
Back to NA-MIC Cores

Welcome to the NA-MIC Algorithms!

The Algorithms Core (NA-MIC Core 1) investigates mathematical methods for medical image analysis. Algorithm design is an essential step in attempting to answer clinical questions based on medical imagery. The Algorithms Core collaborates with Core 2 to provide tools which Core 3 can leverage to enhance clinical studies. Our team members represent a broad cross-section of medical image groups. The links below showcase the work at each of the Core 1 sites and also showcase the collaborative work which we share with our Core 2 and 3 partners.

Volumetric Segmentation of the Arcuate Fasciculus
UtahArcuateFasciculusFeb10.png
Microstructural Connectivity of the Arcuate Fasciculus in Adolescents with High-functioning Autism Read more...

Algorithms Projects - Organized by Site

Algorithms Projects - Organized by Subject Matter


Data

Slicer Modules