Comparative reliability analysis of publicly available software packages for automatic intracranial volume estimation.
EMBC（2014）
Key words
public domain software,freesurfer software,correction factor,magnetic flux density 3 t,automatic intracranial volume estimation,linear regression analysis,paediatrics,medical disorders,automated software choice effect,image matching,neurophysiology,reference measurement discrepancy,spm software,magnetic flux density 1.5 t,parameter estimation,regression analysis,adult dementia,geriatrics,visual databases,brain research,inter subject study,automatical icv measure estimation,population dependence,demography,biomedical mri,feature extraction,software type,reliability,brain,fsl software,pediatric epilepsy,manual intracranial cavity tracing,reference measurement calculation,comparative reliability analysis,afni software,publicly available software packages,geometry,medical image processing,atlas-based software
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