INIS
patients
100%
cancer
72%
radiomics
71%
images
65%
tumors
64%
learning
59%
data
48%
breasts
47%
detection
37%
performance
34%
datasets
33%
lymph nodes
28%
prediction
27%
nmr imaging
26%
levels
24%
simulation
24%
decision making
22%
reviews
22%
adenocarcinomas
21%
classification
20%
validation
19%
computed tomography
19%
comparative evaluations
17%
artificial intelligence
17%
assessments
17%
brain
16%
volume
15%
prostate
15%
positron computed tomography
15%
applications
14%
metastases
14%
pancreas
14%
hepatomas
14%
diseases
14%
algorithms
13%
esophagus
12%
auc
12%
risks
11%
biological markers
11%
liver
11%
machine learning
11%
texture
10%
trains
10%
evaluation
10%
information
10%
cat scanning
9%
values
9%
therapy
9%
sensitivity
8%
chemotherapy
8%
people
8%
variations
8%
testing
8%
image processing
8%
females
8%
range
8%
correlations
8%
medicine
8%
surveys
8%
clinical trials
8%
resolution
8%
monitoring
8%
masks
7%
tools
7%
hospitals
7%
curves
7%
stability
7%
processing
7%
eosin
7%
hematoxylin
7%
host
7%
ultrasonography
7%
lungs
7%
hepatectomy
7%
hypoxia
7%
proliferation
7%
kidneys
7%
failures
7%
scintigraphy
7%
carotid arteries
7%
bones
7%
radiosurgery
7%
carcinomas
7%
lung cells
7%
bone diseases
7%
interpolation
7%
safety
7%
blood
7%
shear
7%
coronaviruses
7%
precision
7%
rodents
7%
cysts
7%
carcinoembryonic antigen
7%
fiducial markers
7%
united kingdom
7%
dna
7%
modeling
7%
neural networks
6%
size
6%
Keyphrases
Radiomics
43%
Deep Learning
31%
Lymph Node
26%
Computed Tomography
24%
Patient Decision Aid
21%
Shared Decision Making
21%
Breast Cancer
21%
Contrast-enhanced Mammography
21%
Automatic Segmentation
18%
Deep Learning Model
17%
Tumor
16%
Microcalcification Clusters
15%
Overall Survival
15%
Radiomics Model
14%
Positron Emission Tomography-computed Tomography (PET-CT)
14%
Head-and-neck
14%
Multiple Sclerosis
14%
Pancreatic Ductal Adenocarcinoma
14%
Synthetic Data
14%
Hepatocellular Carcinoma
14%
Mammogram Images
13%
NnU-Net
12%
Gross Tumor Volume
11%
Handcrafted Radiomics
11%
Esophageal Cancer
11%
Progression-free Survival
10%
Automatic Delineation
10%
Gastric Cancer
10%
Artificial Intelligence Applications
10%
C-index
10%
Patient-level
10%
Decision-making Process
10%
Carotid Plaque
9%
Neck Tumor
9%
Lymph Node Sampling
9%
Magnetic Resonance Imaging
8%
Machine Learning Models
8%
Uncertainty Estimation
8%
Lesion Model
8%
Primary Tumor
8%
Survival Outcomes
8%
External Data
8%
Breast Lesions
8%
Deep Learning Radiomics
8%
Clinical Features
7%
Survival Prediction
7%
Deep Learning Methods
7%
Modal
7%
Kidney Cyst
7%
COVID-19
7%
Brain Tumor
7%
Kidney Tumor
7%
Python Package
7%
Tumor Monitoring
7%
Small Dataset
7%
Hematoxylin-eosin Staining
7%
Two-dimensional Shear Wave Elastography
7%
Rodent Brain
7%
Prostate Radiotherapy
7%
Medical Image Analysis
7%
Imaging Biomarkers
7%
Hypoxia
7%
Precision Medicine
7%
MRI Radiomics
7%
FDG PET-CT
7%
Multiparametric Prostate MRI
7%
Slice Interpolation
7%
Meta-analysis
7%
Clinically Significant
7%
Sinus Histiocytosis
7%
Response to Neoadjuvant Chemotherapy
7%
Photoacoustic Imaging
7%
Black Blood
7%
Brain Metastases
7%
Domain Adaptation
7%
Detection Model
7%
Prognostic Score
7%
Tumor-draining Lymph Nodes
7%
Tumor Cyst
7%
Quality of Life
7%
Endoscopic Ultrasonography
7%
Reaction Pattern
7%
Breast Magnetic Resonance Imaging
7%
Healthcare
7%
Web-based
7%
Radiosurgery
7%
Automated Detection
7%
Multicenter Retrospective Study
7%
Ultrasonographic Image
7%
Basal Cell Carcinoma
7%
Non-small Cell Lung Cancer (NSCLC)
7%
Disease Foci
7%
Resectable Gastric Cancer
7%
Suspicious Lesions
7%
Retrospective Survey
7%
Trustworthy Artificial Intelligence
7%
Uncertainty Regularization
7%
Cascade Framework
7%
Usability Questionnaire
7%
Virtual Clinical Trials
7%