Automated segmentation of brain tissue and white matter in cryosection images from Chinese visible human dataset

Keyphrases

• White Matter 100%
• Brain Tissue 100%
• Cryosection 100%
• Automatic Segmentation 100%
• Chinese Visible Human 100%
• K-means 42%
• Morphological Method 42%
• Image Segmentation 28%
• Mathematical Morphological 28%
• Accurate Segmentation 28%
• Magnetic Resonance Imaging 14%
• Brainstem 14%
• Human Brain 14%
• Cerebellum 14%
• Human Development 14%
• Automated Algorithm 14%
• Computed Tomography Data 14%
• Clustering Methods 14%
• Dice Similarity Coefficient 14%
• Cerebrum 14%
• Automated Approach 14%
• Expectation-maximization Algorithm 14%
• Imaging Tomography 14%
• Morphological Reconstruction 14%
• Fast Segmentation 14%
• Brain Segmentation 14%
• Gaussian Mixture Model 14%
• Visible Human Projects 14%
• Boundary Determination 14%
• Connected Component Labeling 14%
• Fuzzy C-means Algorithm 14%
• Brain Anatomy 14%
• Morphological Operations 14%
• Region Growing Algorithm 14%

Computer Science

• Visible Human Datasets 100%
• k-means Clustering 100%
• Image Segmentation 66%
• Clustering Method 33%
• Gold Standard 33%
• Connected Component 33%
• False Negative 33%
• fuzzy c mean 33%
• False Positive 33%
• Gaussian Mixture Model 33%
• Morphological Operations 33%

Neuroscience

• Brainstem 100%
• Magnetic Resonance Imaging 100%
• Cerebellum 100%
• Computed Tomography 100%
• Cerebrum 100%