Keyphrases
Femur
100%
Non-rigid Registration
100%
CNN-based
100%
3D Measurement
100%
Biplanar Radiographs
100%
Clinical Measurement
60%
Moving Least Squares
60%
Femur Model
40%
Mean Standard Deviation
40%
Displacement Estimation
40%
CNN Cascade
40%
Validation Set
20%
Radiograph
20%
Tibia
20%
Shape Deformation
20%
Principal Coordinate Analysis (PCoA)
20%
Manual Annotation
20%
Ratio Estimation
20%
Computed Tomography
20%
Mean Absolute Error
20%
Biplanar
20%
User Intervention
20%
Root Mean Square
20%
Registration Method
20%
Pose Estimation
20%
Semi-automatic Method
20%
Square Shape
20%
Surface Distance
20%
3D Registration
20%
3D Displacement
20%
As-rigid-as-possible Deformation
20%
New Patients
20%
Scale Ratio
20%
Scale Estimation
20%
2D Similarity
20%
3D Shape Deformation
20%
Fast 3D Reconstruction
20%
Similarity Registration
20%
Computer Science
Convolutional Neural Network
100%
nonrigid registration
100%
Least Squares Method
42%
Validation Set
14%
Annotation
14%
Mean Absolute Error
14%
Component Analysis
14%
Principal Component
14%
Pose Estimation
14%
3d Reconstruction
14%
Scale Deformation
14%
Computer Assisted Tomography
14%
Computerized Tomography
14%
Engineering
Convolutional Neural Network
100%
Least Squares Method
42%
Similarity
14%
Principal Component
14%
Mean Absolute Error
14%
Component Analysis
14%
Root Mean Square
14%
Surface Distance
14%
Registration Method
14%
Pose Estimation
14%
Square Deformation
14%
Scale Ratio
14%
Nursing and Health Professions
Least Squares Method
100%
Rhabdomyosarcoma
66%
Principal Component Analysis
33%
Computer Assisted Tomography
33%
X-Ray Computed Tomography
33%
Mathematics
Convolutional Neural Network
100%
Moving Least Squares
42%
Standard Deviation
28%
3D Shape
14%
Absolute Error
14%
Principal Component Analysis
14%
3D-Reconstruction
14%
Mean Square
14%
Ratio Scale
14%
Biochemistry, Genetics and Molecular Biology
Reconstruction
100%
Principal Component Analysis
50%
Computer Assisted Tomography
50%
X-Ray Computed Tomography
50%