|
-PET (1) | 80 and over (1) | <conference><conf-date><day>20</day><month>05</month><txt>-</txt><day>23</day><month>05</month><year>2020</year></conf-date><conf-name>Abstract- und Posterband – 91. Jahresversammlung der Deutschen Gesellschaft für HNO-Heilkunde (1) |
abstract interface (1) | acoustic tomography (1) | Acoustics (1) |
Adaptive weighted Total Variation (1) | additive white Gaussian noise (1) | Additive white noise (1) |
advanced processing capability (1) | Aged (1) | Aging (1) |
Algorithms (3) | analysis capability (1) | Anatomy and physiology (1) |
Angiography (1) | Angiography: methods (1) | Animal models (1) |
Animals (5) | Anisotropic Total Variation Minimization (1) | Apache Lucene (1) |
Apache Solr (1) | application program interfaces (1) | Bayes Theorem (1) |
biological specimen datasets (1) | Biology (2) | biology computing (1) |
biomaterials (1) | Biomedical imaging (1) | Biomedical measurement (1) |
biomedical optical imaging (1) | biomedical ultrasonics (1) | Biophysical Phenomena (1) |
Biostatistics (1) | Blood flow simulation (1) | Body Burden (1) |
Bonn – Welche Qualität macht den Unterschied</conf-name><conf-loc>Estrel Congress Center Berlin</conf-loc><conf-sponsor>Deutsche Gesellschaft für Hals-Nasen-Ohren-Heilkunde (1) | Bonn</conf-sponsor><conf-president>Präsident: Prof. Dr. med. Andreas Dietz</conf-president></conference> (1) | Brain (1) |
Brain Mapping (1) | Breast (1) | breast cancer detection (1) |
Breast Neoplasm (1) | Breast Neoplasms (1) | Breast Neoplasms: radiography (1) |
Bulk material (1) | C-arm acquisition (1) | Cache storage (1) |
Calcinosis (1) | Calcinosis: radiography (1) | Calcinosis: ultrasonography (1) |
Calibration (1) | cancer (1) | Carcinoembryonic antigen (1) |
CBCT (3) | Cell segmentation (1) | Cerebral Arteries (1) |
Cerebral Arteries: drug effects (1) | Cerebral Arteries: physiopathology (1) | Cerebrovascular Circulation (1) |
classical iterative optimization strategies (1) | client-server systems (1) | combined learning setups (1) |
Command Line Tool (1) | Communities (2) | Compressed Sensing (2) |
Computed tomography (1) | Computer architecture (1) | Computer Graphics (1) |
Computer Simulation (1) | Computer-Assisted (4) | Computer-Assisted: methods (3) |
computerised tomography (1) | Cone-Beam Computed Tomography (3) | Cone-Beam Computed Tomography: instrumentation (1) |
Cone-Beam Computed Tomography: methods (3) | Constrained constructive optimization (1) | Contrast Media (1) |
Contrast Media: diagnostic use (1) | convolutional neural nets (1) | convolutional neural network (1) |
Correlation coefficient (1) | Cranial Irradiation (1) | CT reconstruction (1) |
CT scans (1) | D (1) | data analysis (1) |
data analysis requirements (1) | data life cycles (1) | Data Mining (1) |
data rates (1) | data set organization (1) | Data transfer (1) |
data volume (1) | data warehouses (1) | deep network (1) |
DEM simulation (1) | Depressive Disorder, Treatment-Resistant (1) | detector (1) |
Detectors (1) | device-driven metadata management solutions (1) | DICOM (1) |
diffuse domain (1) | digital data repository system (1) | Digital Subtraction (1) |
Digital Subtraction: methods (1) | Digital Tomosynthesis (1) | Dose-Response Relationship (1) |
download process (1) | Drug (1) | Drug excretion (1) |
Drugs and devices (1) | Engineering (1) | Estimation (1) |
false-positive predictions (1) | Female (2) | Film Dosimetry (1) |
Fluorescence (1) | frequency pressure field (1) | gadolinium-based nanoparticles (1) |
GCS API (1) | Geant4 simulation (1) | Generic Client Service (GCS) API (1) |
Glomerular filtration rate (GFR) (1) | Gradient Magnitude Distribution (1) | Granular flow (1) |
Habenula (1) | handling capability (1) | Helplessness, Learned (1) |
Hesser (1) | high-resolution images (1) | high-resolution imaging method (1) |
high-resolution microscopy (1) | higher order derivatives (1) | Hippocampus (1) |
Histograms (1) | Humans (7) | image denoising (1) |
Image Processing (5) | image reconstruction (1) | image resolution (1) |
image segmentation (1) | Image-guided radio (1) | Imaging (6) |
Imaging, Three-Dimensional (1) | improved Liver lesion Segmentation (1) | Industrial CT (1) |
ingest process (1) | innovative R& (1) | Instance segmentation (1) |
Intensity-Modulated (1) | Intracranial (1) | Intracranial: drug therapy (1) |
Intracranial: physiopathology (1) | inverse problem (1) | inverse problems (1) |
Iodine Radioisotopes (1) | Iodine Radioisotopes: diagnostic use (1) | Iohexol (1) |
Iohexol: analogs & derivatives (1) | Iohexol: diagnostic use (1) | iterative CT reconstruction (1) |
iterative methods (1) | iterative solution (1) | Kidney (1) |
kidney function (1) | Kidney: ultrasonography (1) | kit (1) |
KIT Data Manager (1) | Kopf- und Hals-Chirurgie e.V. (1) | Korrelationskoeffizient (1) |
KV imaging (1) | kV-Bildgebung (1) | large dataset management (1) |
Large Datasets (1) | Large Scale Data Repository (1) | learning (artificial intelligence) (1) |
learning process (1) | lesion segmentation data (1) | Lesions (1) |
light (1) | Light Microscopy (1) | linear elastic equation (1) |
Liver (2) | Liver Lesion Segmentation (1) | Liver Tumor Segmentation challenge (1) |
Liver: ultrasonography (1) | Localization Microscopy (LM) (1) | Longitudinal Studies (1) |
low-dose (4) | LSDMA project (1) | Lung Neoplasms (1) |
Lung Neoplasms: physiopathology (1) | Lung Neoplasms: radiography (1) | Lung Neoplasms: radiotherapy (1) |
Lung tumor (1) | Lungentumoren (1) | Magnetic Resonance Imaging (3) |
Male (6) | Mammography (1) | Mammography: methods (1) |
mask mining (1) | Mask R-CNN (1) | Mass flow rate (1) |
Mathematics (1) | Maximum Likelihood (1) | medical computing (1) |
medical image processing (2) | Medical Imaging (1) | Medicine (1) |
meta data (2) | Metadata (1) | Metadata Management (2) |
MI-net (1) | Mice (1) | Mice, Inbred C57BL (1) |
Microscopy (2) | Middle Aged (1) | Model organisms (1) |
Models (1) | Models, Theoretical (1) | Monte Carlo Method (1) |
Mouse (1) | multitask segmentation (1) | Nanoparticles (1) |
Nanoscopy (1) | nanoscopy scientific research community (1) | needle insertion (1) |
Neoantigens (1) | Nephrology (1) | Neural Pathways (1) |
NeXus-ICAT (1) | Nimodipine (1) | Nimodipine: administration & dosage (1) |
Noise variance estimation (1) | non-linear forward model (1) | nonlinear ultrasound computed tomography reconstruction (1) |
OA-Breast (1) | OAI-PMH (1) | Observer Variation (1) |
OME (1) | Online Systems (1) | open archive initiative-protocol-for-metadata harv (1) |
open microscopy environment (1) | Optical and Acoustic Breast Phantom Database (1) | Optical fibers (1) |
optical microscopy (2) | optimized generic client service API (1) | Patient Positioning (2) |
Patient Positioning: methods (1) | Patient setup (1) | Pelvic Bones (1) |
Pelvic Bones: radiography (1) | Pelvic Bones: ultrasonography (1) | Peripheral Arterial Disease (1) |
Peripheral Arterial Disease: radiography (1) | Phantoms (5) | Phantoms, Imaging (1) |
phase field (1) | Photon Science (1) | Photonics (2) |
Physical Conditioning, Animal (1) | Pipelines (1) | Poisson distribution (1) |
Poisson-Verteilung (1) | Principal component analysis (2) | Prospective Studies (1) |
Prostate (2) | Prostate: anatomy & histology (1) | Prostate: radiography (2) |
Prostate: ultrasonography (1) | Prostatic Diseases (1) | Prostatic Diseases: radiography (1) |
Prostatic Diseases: ultrasonography (1) | Prostatic Neoplasms (2) | Prostatic Neoplasms: radiography (2) |
Prostatic Neoplasms: radiotherapy (2) | Prostatic Neoplasms: ultrasonography (1) | quantitative magnetic resonance imaging (1) |
Radiation Dosage (2) | radiation measurements (1) | Radiation Protection (1) |
Radiation Protection: methods (1) | Radiographic Image Enhancement (1) | Radiographic Image Enhancement: methods (1) |
Radiometry (1) | Radiometry: methods (1) | Radiotherapy (2) |
Radiotherapy Dosage (1) | Radiotherapy Planning (1) | Rats (2) |
Rats, Sprague-Dawley (1) | reconstruction time (1) | Rectum (1) |
Rectum: anatomy & histology (1) | Rectum: radiography (1) | Regularization (1) |
Renal system (1) | Reproducibility of Results (1) | research and development (1) |
Research Article (1) | Respiration (1) | Rotation (1) |
Running (1) | scatter radiation (1) | Scientific Big Data (1) |
scientific big data use cases (1) | scientific information systems (1) | scientific research data (1) |
Screw feeder (1) | segmentation errors (1) | segmentation performance (1) |
Sensitivity and Specificity (1) | sensor (1) | sensor plaster (1) |
Signal processing (1) | Signal Processing, Computer-Assisted (1) | Skin (1) |
Smoothed particle hydrodynamics (1) | soft tissue (1) | Software (1) |
spatial resolution (1) | standard segmentation pipelines (1) | Standards (1) |
Statistical methods (1) | Statistics (1) | Stochastic Processes (1) |
Template Matching (1) | Theoretical (1) | Three-Dimensional (2) |
Three-dimensional displays (2) | Three-Dimensional: methods (2) | time consumption problem (1) |
Time Factors (2) | time-correlated single photon counting (TCSPC) (1) | Time-frequency analysis (1) |
Tomography (3) | Training (2) | transcutaneous (1) |
Treatment Outcome (1) | Treatment planning (1) | tumours (1) |
U-Net (2) | U-Net based models (1) | Ultra low dose (1) |
Ultra-niedrig-Dosis (1) | ultrasonic imaging (1) | Ultrasonography (1) |
Ultrasonography: instrumentation (1) | Ultrasonography: methods (1) | under-sampling (2) |
USCT (1) | USCT data (1) | USCT image reconstruction (1) |
Vascular Resistance (1) | Vascular Resistance: drug effects (1) | Vasodilator Agents (1) |
Vasodilator Agents: administration & dosage (1) | Vasospasm (1) | Verma2017_2 (1) |
Vessel segmentation (1) | Water (1) | wave equation (1) |
Wistar (1) | Workflow (1) | X-Ray Computed (3) |
X-Ray Computed: instrumentation (1) | X-Ray Computed: methods (2) | X-ray tomography (1) |
XML (1) | [Cone-beam computed tomography (1) | |