fine linear alignment

Voxel-guided morphometry (“VGM”) and application to stroke

Monitoring of cerebral diseases associated with a change of morphology (e.g., stroke) requires unprecedented accuracy for quantification of its morphological progression for each voxel.

Published: 1 January 2003
Category: Featured, Publications
Keywords: accuracy, affine movements, bijective correspondence, cerebral disease monitoring, cerebral infarction, changing morphology, coarse linear alignment, cross-correlation-based technique, effective processing, extended principle axes theory, final morphometric measurements, fine linear alignment, gray-value-guided movement, high-dimensional deformation field, high-dimensional multiresolution full multigrid method, ischemic regions, linear registration errors, macroscopic anatomical differences, matrix-norm, morphological progression, MRI data sets, nonlinear deformations, quantification, remote regions, small alterations, stroke, T/sub 1/-weighted magnetic resonance volumes, VGM, volume alterations, voxel-guided morphometry

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