Structure segmentation is often the first step in the diagnosis and treatment of various diseases. Because of the variations in the various brain structures and overlapping structures, segmenting brain structures is a very crucial step. Though a lot of research had been done in this area, still it is a challenging field. Using prior knowledge about the spatial relationships among structures, called as atlases, the structures with dissimilarities can be segmented efficiently. Multiple atlases prove a better one when compared to single atlas, especially when there are dissimilarities in the structures. In this paper, we proposed a pipeline for segmenting brain structures using open source tools. We test our pipeline for segmenting brain struc...
The human brain is composed of a variety of structures, or regions of interest (ROIs), that are resp...
Magnetic resonance imaging (MRI)-based brain segmentation has recently been revolutionized by deep l...
This study presents a novel automatic approach for the identification of anatomical brain structures...
Background and objectives Automatic brain structures segmentation in magnetic resonance images has b...
Accurate automated brain structure segmentation methods facilitate the analysis of large-scale neuro...
Brain image segmentation is one of the most important applications in medicine and also is one of th...
Brain image segmentation is one of the most important applications in medicine and also is one of th...
Neurosurgical plannining and guidance improve treatment effects while minimizing the procedure invas...
In the diagnosis and treatment of various diseases, often segmenting the brain structures from MRI d...
VK: Lampinen, J.In this paper we present a method to segment four brainstem structures (midbrain, po...
textabstractThe final type of segmentationmethod is atlas-based segmentation (sometimes also called...
AbstractIn this paper we present a method to segment four brainstem structures (midbrain, pons, medu...
Quantitative research in neuroimaging often relies on anatomical segmentation of human brain MR imag...
Magnetic resonance imaging (MRI)-based brain segmentation has recently been revolutionized by deep l...
We introduce an optimised pipeline for multi-atlas brain MRI segmentation. Both accuracy and speed o...
The human brain is composed of a variety of structures, or regions of interest (ROIs), that are resp...
Magnetic resonance imaging (MRI)-based brain segmentation has recently been revolutionized by deep l...
This study presents a novel automatic approach for the identification of anatomical brain structures...
Background and objectives Automatic brain structures segmentation in magnetic resonance images has b...
Accurate automated brain structure segmentation methods facilitate the analysis of large-scale neuro...
Brain image segmentation is one of the most important applications in medicine and also is one of th...
Brain image segmentation is one of the most important applications in medicine and also is one of th...
Neurosurgical plannining and guidance improve treatment effects while minimizing the procedure invas...
In the diagnosis and treatment of various diseases, often segmenting the brain structures from MRI d...
VK: Lampinen, J.In this paper we present a method to segment four brainstem structures (midbrain, po...
textabstractThe final type of segmentationmethod is atlas-based segmentation (sometimes also called...
AbstractIn this paper we present a method to segment four brainstem structures (midbrain, pons, medu...
Quantitative research in neuroimaging often relies on anatomical segmentation of human brain MR imag...
Magnetic resonance imaging (MRI)-based brain segmentation has recently been revolutionized by deep l...
We introduce an optimised pipeline for multi-atlas brain MRI segmentation. Both accuracy and speed o...
The human brain is composed of a variety of structures, or regions of interest (ROIs), that are resp...
Magnetic resonance imaging (MRI)-based brain segmentation has recently been revolutionized by deep l...
This study presents a novel automatic approach for the identification of anatomical brain structures...