Keyphrases
Prostate
100%
Markov Random Field
100%
Pelvic CT
100%
Segmentation Network
100%
Organ at Risk Segmentation
100%
CNN-based
100%
Adversarial Process
100%
Field Enhancement
100%
Deep Learning Methods
60%
CT Images
40%
Hausdorff Distance
40%
Dice Similarity Coefficient
40%
Femur
40%
Discriminator Network
40%
Multi-scale Pooling
40%
Prostate Cancer
20%
Bladder
20%
Multiple Organs
20%
Multi-organ
20%
Rectum
20%
Radiation Treatment Planning
20%
Planning Structure
20%
Automatic Segmentation
20%
Cancer Radiation Therapy
20%
Spatial Resolution
20%
Low Contrast
20%
Planning Process
20%
Relative Volume
20%
Planning CT
20%
Pelvic Cancer
20%
10-fold Cross Validation
20%
Atrous Convolution
20%
U-Net
20%
Art Performance
20%
Enhanced Network
20%
Semantic Segmentation
20%
Convolutional Layer
20%
Adaptive Loss Function
20%
Adversarial Training
20%
Adversarial Deep Learning
20%
Random-field Method
20%
Blockfields
20%
Volume Difference
20%
Training Scheme
20%
Pooling Layer
20%
Engineering
Discriminator
100%
Random Field
100%
Field Enhancement
100%
Convolutional Neural Network
100%
Deep Learning Method
75%
Multiscale
50%
Similarities
50%
Radiotherapy
25%
Spatial Resolution
25%
Testing Dataset
25%
Relative Volume
25%
Loss Function
25%
Learning Approach
25%
Field Method
25%
Process Planning
25%
Computer Science
Convolutional Neural Network
100%
Network Segmentation
100%
Discriminator
80%
Deep Learning Method
60%
Hausdorff Distance
40%
Spatial Resolution
20%
Image Segmentation
20%
Automatic Segmentation
20%
U-Net
20%
Learning Approach
20%
Art Performance
20%
Adversarial Machine Learning
20%
Planning Method
20%
Planning Process
20%
Convolution Layer
20%
Agricultural and Biological Sciences
Pelvis
100%
Rectum
25%
Bladder
25%