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Delphine Nain, GT (algorithms) Xavier Le Faucheur, GT (algorithms) Martin Styner, UNC (algorithms)

2006 Summer PrWeek. 3D shape analysis using Spherical Wavelets: Develop algorithm and ITK software module for Spherical Wavelet computation. Plan/Expected Challenges/Publication. Team. Delphine Nain, GT (algorithms) Xavier Le Faucheur, GT (algorithms) Martin Styner, UNC (algorithms)

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Delphine Nain, GT (algorithms) Xavier Le Faucheur, GT (algorithms) Martin Styner, UNC (algorithms)

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  1. 2006 Summer PrWeek 3D shape analysis using Spherical Wavelets:Develop algorithm and ITK software module for Spherical Wavelet computation Plan/Expected Challenges/Publication Team Delphine Nain, GT (algorithms) Xavier Le Faucheur, GT (algorithms) Martin Styner, UNC (algorithms) John Melonakos, GT /GE (algorithms/ software) Luis Ibanez, Kitware (software) Jim Miller, GE (software) Algorithms: decomposition of a scalar signal defined on a spherical mesh into spherical wavelet coefficients and vice-versa in order to represent shapes and learn a multiscale shape probability prior from a population of shapes. Software: convert current non ITK Spherical Wavelet computation to ITK compatible classes Clinical: Comparison to current results on segmentation of the caudate nucleus Expected Date for Insight Journal Publication: After the “project Week” in July Accomplished by end of Programming Week -creation of a more detailed structure -creation of the base class SphericalWaveletObject (SWO) . SWO Signal to Coeffs Filter SWO Coeffs to Signal Filter

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