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| 2-D vibration arrays (1) | abdomen (1) | Accuracy (1) |
| Active contours (1) | Adipose Tissue (1) | Aged (1) |
| Algorithms (2) | alternative sensing (1) | anatomic location (1) |
| anatomy /&/ histology (1) | Animal (1) | Animals (1) |
| Arrays (1) | artifacts removal (1) | assistive technologies (1) |
| automated abdominal fat quantification (1) | automatic accurate adenomatous polyps detection (1) | biological tissues (1) |
| blind's navigation (1) | Body Composition (1) | Body Water (1) |
| Breast lesion characterization (1) | CAD/CADx (2) | Cameras (1) |
| cardiovascular disease (1) | cardiovascular system (1) | cell event detection and handling (1) |
| Cell tracking (1) | chemistry (1) | Chronic Obstructive (1) |
| Clustering algorithms (1) | Clustering methods (1) | computed tomography (1) |
| Computer-aided diagnosis (1) | Computer-Assisted (2) | computerised tomography (1) |
| Cost function (1) | deep features (1) | diagnosis/metabolism/radionuclide imaging (1) |
| diagnostic use (1) | Discrete wavelet transforms (1) | Disease Models (1) |
| diseases (2) | Dixon MRI (1) | Emission-Computed (1) |
| Endoscopes (1) | Ensemble classifiers (1) | Epithelial ovarian cancer (1) |
| Estimation (1) | Extraterrestrial measurements (1) | Fat fraction (1) |
| Fat-water separation (1) | fats (1) | Feature extraction (2) |
| Female (1) | food residue (1) | Fractals (1) |
| fuzzy c-means classification method (1) | fuzzy clustering (1) | Fuzzy logic (1) |
| fuzzy set theory (1) | fuzzy similarity measure (1) | graph algorithms (1) |
| Guinea Pigs (1) | high-to-low image representation (1) | hounsfield units (1) |
| human computer interface (1) | Humans (3) | Image analysis (1) |
| image classification (1) | Image color analysis (1) | image colour analysis (1) |
| image denoising (1) | Image Processing (2) | Image Processing, Computer-Assisted (1) |
| image registration (1) | image segmentation (3) | Imaging (2) |
| imaging technology (1) | initial image partitioning (1) | inter-region color dissimilarity measure (1) |
| Intestines (1) | Involution (1) | Kernel (1) |
| Laboratories (1) | Laser-induced breakdown spectroscopy (1) | LG registration technique (1) |
| Linear discrimination analysis (1) | Lipids (1) | Localized spectroscopy (1) |
| Lung (1) | machine learning technique (1) | Magnetic Resonance Imaging (2) |
| Male (1) | medical image processing (2) | membership values (1) |
| Merging (1) | metabolic disorders (1) | metabolism (1) |
| methods (3) | Microscopy (1) | motion analysis (1) |
| motion detection (1) | Muscle (1) | Navigation (1) |
| Neural Networks (Computer) (1) | noise removal (1) | Partitioning algorithms (1) |
| pathology (1) | pattern clustering (1) | pattern extraction (1) |
| pelvis (1) | Probabilistic logic (1) | Pulmonary Disease (1) |
| Random Forest (1) | region based segmentation (1) | Reproducibility of Results (1) |
| shortest spanning tree merging algorithm (1) | Single-Photon (1) | Skeletal (1) |
| Skin Pigmentation (1) | small intestine (1) | Sparse analysis (1) |
| Sparse representation (2) | Statistical analysis (1) | Stochastic Processes (1) |
| subtractive clustering algorithm (1) | Support vector machines (1) | Technetium Tc 99m Pentetate (1) |
| TgMISIIR-TAg DR-26 mouse model (1) | Thigh (1) | Three-Dimensional (1) |
| Thymus (1) | Thymus Gland (1) | Time frequency analysis (1) |
| tissues (1) | Tomography (2) | Tracking (1) |
| Training (2) | Vibrations (1) | video signal processing (1) |
| visceral fat measurements (1) | visceral fat regions (1) | visceral fat segmentation (1) |
| Visualization (1) | Water (1) | watershed analysis (1) |
| WCE video images (1) | X-Ray Computed (2) | |
