Modeling subcutaneous fat improves skull segmentation for individualized volume conductor head models

Keyphrases

• Subcutaneous Fat 100%
• Head Model 100%
• Skull Segmentation 100%
• Volume Conductor 100%
• Magnetic Resonance Scans 100%
• Skull 66%
• Tissue Segmentation 66%
• Electroencephalography 33%
• Brain Structure 33%
• T1-weighted 33%
• Brain Tissue 33%
• Scalp 33%
• Bayesian Modeling 33%
• Magnetoencephalography 33%
• Source Localization 33%
• Transcranial Brain Stimulation 33%
• Bone Segmentation 33%
• Tissue Contrast 33%
• Electric Field Propagation 33%
• Compact Bone 33%
• Volume Conductor Model 33%
• Segmentation Accuracy 33%
• Head Structure 33%
• Model Creation 33%
• Segmentation Parameters 33%
• Sequence Composition 33%
• Magnetic Resonance Signal 33%
• Magnetic Resonance Sequences 33%
• T2-weighted Image 33%
• Magneto 33%
• Probability Atlas 33%

Neuroscience

• Skull 100%
• Electroencephalography 33%
• Magnetoencephalography 33%
• Electrical Brain Stimulation 33%
• Brain Structure 33%