pre-printAutomated segmenting and labeling of individual brain anatomical regions, in MRI are challenging, due to the issue of individual structural variability. Although atlas-based segmentation has show its potential for both tissue and structure segmentation, due to the inherent natural variability as well as disease-related changes in MR appearance, a single atlas image is often inappropriate to represent the full population of datasets processed in a given neuroimaging study. As an alternative for the case of single atlas segmentation, the use of multiple altases alongside label fusion techniques has been introduced using a set of individual "atlases" that encompasses the expected variability in the studied population
International audienceMultiatlas based segmentation-propagation approaches have been shown to obtain...
In recent years, multi-atlas segmentation has emerged as one of the most accurate techniques for the...
Multi atlas based segmentation (MABS) uses a database of atlas images, and an atlas selection proces...
Automated segmenting and labeling of individual brain anatomical regions, in MRI are challenging, du...
Quantitative research in neuroimaging often relies on anatomical segmentation of human brain MR imag...
Automated segmentation and labeling of individual brain anatomical regions is challenging due to ind...
Multi-atlas brain segmentation of human brain MR images allows quantification research in structural...
<div><p>Multi-atlas brain segmentation of human brain MR images allows quantification research in st...
Multi-atlas segmentation has been proved to perform well in segmenting sub-cortical structures from ...
Several automatic image segmentation methods and few atlas databases exist for analysing structural ...
Multi-atlas segmentation propagation has evolved quickly in recent years, becoming a state-of-the-ar...
The automation of segmentation of medical images is an active research area. However, there has been...
Quantitative analysis of the brain structures on magnetic resonance (MR) images plays a crucial role...
BACKGROUND: Multi-atlas segmentation, a popular technique implemented in the Automated Segmentation ...
Normal and abnormal brains can be segmented by registering the target image with an atlas. Here, an ...
International audienceMultiatlas based segmentation-propagation approaches have been shown to obtain...
In recent years, multi-atlas segmentation has emerged as one of the most accurate techniques for the...
Multi atlas based segmentation (MABS) uses a database of atlas images, and an atlas selection proces...
Automated segmenting and labeling of individual brain anatomical regions, in MRI are challenging, du...
Quantitative research in neuroimaging often relies on anatomical segmentation of human brain MR imag...
Automated segmentation and labeling of individual brain anatomical regions is challenging due to ind...
Multi-atlas brain segmentation of human brain MR images allows quantification research in structural...
<div><p>Multi-atlas brain segmentation of human brain MR images allows quantification research in st...
Multi-atlas segmentation has been proved to perform well in segmenting sub-cortical structures from ...
Several automatic image segmentation methods and few atlas databases exist for analysing structural ...
Multi-atlas segmentation propagation has evolved quickly in recent years, becoming a state-of-the-ar...
The automation of segmentation of medical images is an active research area. However, there has been...
Quantitative analysis of the brain structures on magnetic resonance (MR) images plays a crucial role...
BACKGROUND: Multi-atlas segmentation, a popular technique implemented in the Automated Segmentation ...
Normal and abnormal brains can be segmented by registering the target image with an atlas. Here, an ...
International audienceMultiatlas based segmentation-propagation approaches have been shown to obtain...
In recent years, multi-atlas segmentation has emerged as one of the most accurate techniques for the...
Multi atlas based segmentation (MABS) uses a database of atlas images, and an atlas selection proces...