Medicine & Life Sciences
Radiotherapy
100%
Deep Learning
73%
Uterine Cervical Neoplasms
41%
Tomography
38%
Automation
30%
Radiation Oncologists
29%
Artificial Intelligence
27%
Workflow
23%
Craniospinal Irradiation
22%
Organs at Risk
21%
Conformal Radiotherapy
19%
Head and Neck Neoplasms
18%
Radiation
18%
Datasets
18%
Intensity-Modulated Radiotherapy
17%
Therapeutics
16%
Head
16%
Neck
16%
Emission-Computed Tomography
14%
Brain
14%
Lenses
14%
Neuroimaging
13%
Neutrons
12%
Fast Neutrons
12%
Radiosurgery
11%
Spine
11%
Monaco
11%
Physicians
11%
Physics
10%
Optic Chiasm
10%
Pediatrics
9%
Support Vector Machine
9%
Radiation Oncology
9%
Lymph Nodes
9%
Rectum
8%
Brain Neoplasms
8%
Neoplasms
8%
Kidney
8%
Cervix Uteri
8%
Rectal Neoplasms
7%
Spectrum Analysis
7%
Artifacts
7%
Urinary Bladder
7%
Tumor Burden
7%
Spinal Canal
7%
Spinal Cord
6%
Non-Small Cell Lung Carcinoma
6%
Heart Ventricles
6%
Duodenum
6%
Pancreas
6%
Physics & Astronomy
radiation therapy
58%
planning
47%
cancer
41%
learning
36%
tomography
29%
dosage
27%
brain
21%
apertures
20%
lymphatic system
14%
automation
11%
landmarks
10%
radiation
10%
neutron emission
9%
tumors
9%
coefficients
8%
lungs
8%
stimulated emission
8%
radiation damage
7%
physicians
7%
scanners
7%
performance
7%
pixels
6%
lenses
6%
tubes
5%
quantitative analysis
5%
signal to noise ratios
5%
Engineering & Materials Science
Radiotherapy
48%
Planning
27%
Brain
25%
Deep learning
22%
Medical Physics
13%
Radiation
12%
Tissue
11%
Tumors
11%
Lenses
10%
Tomography
9%
Convolutional neural networks
8%
Spectroscopy
8%
Neutrons
8%
Imaging techniques
7%
Automation
7%
Pixels
5%
Computerized tomography
5%