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Population Shape Regression From Random Design Data B. C. Davis University of North Carolina at Chapel Hill Chapel Hill, NC, USA Kitware, Inc. Clifton Park, NY, USA
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Document Date: 2009-08-03 03:49:53


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File Size: 1,10 MB

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Company

Kh (t − ti )Kg / Cambridge University Press / USA Kitware Inc. / /

Country

United States / /

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Facility

USA P. T. Fletcher University of Utah Salt Lake City / The Johns Hopkins University / S. Joshi University of Utah Salt Lake City / Population Shape Regression From Random Design Data B. C. Davis University of North Carolina / E. Bullitt University of North Carolina / Chapel Hill Chapel Hill / /

IndustryTerm

inner product / magnetic resonance imaging / brain segmentation tool / diffeomorphic growth estimation algorithm / gradient descent algorithm / closedform solution / iterative greedy algorithm / /

Organization

London Mathematical Society / Cambridge University / USA P. T. Fletcher University of Utah Salt Lake City / National Institute of Health / National Alliance / The Johns Hopkins University / Annales De L’Institut / University of North Carolina / S. Joshi University of Utah Salt Lake City / /

Person

Henri Poincare / Peter Lorenzen / Clifton Park / /

Position

representative / model for the / /

ProvinceOrState

Utah / North Carolina / /

PublishedMedium

Communications on Pure and Applied Mathematics / ACM Transactions on Graphics / Annual Review of Biomedical Engineering / Lecture Notes in Computer Science / /

TVStation

Wand / /

Technology

RAM / magnetic resonance imaging / gradient descent algorithm / simulation / diffeomorphic growth estimation algorithm / iterative greedy algorithm / Image Processing / FLASH / Medical Imaging / /