Keyphrases
Prostate
100%
Computed Tomography
100%
Anatomical Structure
100%
Rectum
100%
Bladder
100%
Adaptive Radiotherapy
100%
Absolute Distance
100%
Ultrasound Probe
100%
Transperineal Ultrasound
100%
Ultrasound Image Acquisition
100%
Probe Positioning
100%
Radiotherapy
50%
Prostate Cancer Patients
50%
Patient-specific
50%
Visual Inspection
50%
Multimodality
50%
Ultrasound
50%
CT-based
50%
Quantitative Evaluation
50%
Systematic Error
50%
Radiotherapy Workflow
50%
Ultrasound Volume
50%
Misplacement
50%
Image Interpretation
50%
Robotic Arm
50%
Arm Volume
50%
Anatomical Information
50%
Acoustic Coupling
50%
Clinical Requirements
50%
Pelvic Phantom
50%
4D Transperineal Ultrasound
50%
Precision Robotics
50%
Skilled Operator
50%
Robotic Ultrasound
50%
First Application
50%
Flat Phantom
50%
INIS
positioning
100%
images
100%
radiotherapy
100%
cat scanning
100%
probes
100%
algorithms
50%
prostate
50%
patients
33%
volume
33%
rectum
33%
phantoms
33%
distance
33%
bladder
33%
cancer
16%
coupling
16%
applications
16%
information
16%
errors
16%
precision
16%
computerized tomography
16%
evaluation
16%
surfaces
16%
inspection
16%
acoustics
16%
gels
16%
Computer Science
Ultrasound Image
100%
Image Acquisition
100%
Multimodality
50%
Systematic Error
50%
Visual Inspection
50%
Cancer Patient
50%
Quantitative Evaluation
50%
Image Interpretation
50%
Anatomical Information
50%
Engineering
Radiotherapy
100%
Systematic Error
33%
Patient Specific
33%
Visual Inspection
33%
Robotic Arm
33%
Quantitative Evaluation
33%
Probe Cover
33%
Initial Test
33%
Image Interpretation
33%
Physics
Radiation Therapy
100%
Anatomical Concepts
66%
Image Interpretation
33%
Acoustic Coupling
33%