Keyphrases
Segmentation Method
100%
Machine Learning
100%
Hybrid Method
100%
Prostate
100%
Principal Curves
100%
Hybrid Segmentation
100%
Accurate Prostate Segmentation
100%
Prostate Segmentation
100%
Machine Learning Techniques
50%
Interobserver
50%
Interobserver Variability
50%
Novel Hybrids
50%
Volume Estimation
50%
Radiologists
50%
Patient-specific
50%
Image Intensity
50%
Anatomical Models
50%
Segmentation Performance
50%
Dice Similarity Coefficient
50%
Curve-based
50%
Automatic Delineation
50%
Multi-modal Image Registration
50%
Surgical Planning
50%
Image-guided Biopsy
50%
Ambiguous Boundary
50%
Anatomical Shape
50%
Prostate Image
50%
Prostate Contour
50%
Prostate Volume
50%
Shadow Artifact
50%
State-of-the-art Models
50%
Jaccard Similarity Coefficient
50%
Transrectal Ultrasound Image
50%
Surgical Images
50%
Engineering
Similarities
100%
Segmentation Method
100%
Hybrid Method
100%
Learning System
100%
Machine Learning Method
50%
Data Sequence
50%
Image Intensity
50%
Main Step
50%
Patient Specific
50%
Radiologist
50%
Seed Point
50%
Surgical Planning
50%
Computer Science
Segmentation Method
100%
Machine Learning
100%
Learning System
100%
Ultrasound Image
50%
Segmentation Performance
50%
Neighboring Organ
50%
Observer Variability
50%
Jaccard Similarity
50%
Image Intensity
50%
Surgical Planning
50%
Medicine and Dentistry
Transrectal Ultrasonography
100%
Image Registration
33%
Surgical Planning
33%
Image Guided Biopsy
33%