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Keyphrases
Motion Compensation
100%
CT Scanner
100%
Knee
100%
Correction Method
100%
Knee Geometry
100%
Weight-bearing Conditions
100%
Motion Correction
100%
2D Projection
100%
Standing Position
100%
Fiducial
100%
Biomedical Imaging
50%
X-ray
50%
Human Subjects
50%
Commercially Available
50%
Healthcare Sector
50%
Soft Tissue
50%
In(III)
50%
Flexion
50%
Tantalum
50%
Rigid Body
50%
3D Position
50%
Squat
50%
Horizontal Plane
50%
Triangulating
50%
3-way
50%
Weight-bearing
50%
Soft Tissue Structures
50%
Projection Matrix
50%
Siemens AG
50%
Fiducial Markers
50%
Involuntary Motion
50%
Contrast Injection
50%
Static Position
50%
Joint Cartilage
50%
Streak Artifacts
50%
3D Movement
50%
3D Finite Element Model
50%
3D Warping
50%
Cartilage Stress
50%
Thin-plate Spline
50%
2D Techniques
50%
Engineering
Motion Compensation
100%
Fiducials
100%
Joints (Structural Components)
50%
Metrics
50%
Finite Element Modeling
50%
Acquired Data
50%
Rigid Structure
50%
Horizontal Plane
50%
Siemens
50%
Marker Position
50%
Thin Plate
50%
Computer Science
Motion Compensation
100%
Correction Method
100%
Finite Element Method
50%
Fiducial Marker
50%
Horizontal Plane
50%
Projection Matrix
50%
Nursing and Health Professions
Computed Tomography Scanner
100%
Imaging
100%
Health Care Cost
50%
Human Subject
50%
Volunteer
50%
Fiducial Marker
50%
Medicine and Dentistry
Weight Bearing
100%
Knee
100%
Volunteer
33%
Tissue Structure
33%
Biomedical Imaging
33%
Human Subject
33%
Standing
33%
Fiducial Marker
33%
Earth and Planetary Sciences