New registration algorithm for determining 3D knee kinematics using CT and single-plane fluoroscopy with improved out-of-plane translation accuracy

Keyphrases

• Knee 100%
• Single-plane Fluoroscopy 100%
• 3D Knee Kinematics 100%
• Registration Algorithm 100%
• CT Data 100%
• Translation Quality 100%
• Fluoroscopy 66%
• Prospective Controlled Study 66%
• Edge Enhancement 66%
• Conservative Management 33%
• Non-invasive Method 33%
• Prospective Longitudinal Study 33%
• Kinematic Effect 33%
• Cadaveric 33%
• Tibia 33%
• Tantalum Beads 33%
• Three-dimensional Computed Tomography 33%
• In-plane Translation 33%
• Femur 33%
• Digitally Reconstructed Radiographs 33%
• Fluoroscopy Imaging 33%
• 2D Fluoroscopy 33%
• Arthroplasty 33%
• Functional Activity 33%
• Conservative Treatment 33%
• 3D Imaging 33%
• Surgery Treatment 33%
• Fiducial Markers 33%
• Correlated Residuals 33%
• 3D Motion Data 33%
• Surgery Effect 33%
• New Similarity Measure 33%
• Non-invasive System 33%
• Surgery Management 33%
• Enhanced Image 33%
• Measurement Bias 33%
• Residual Entropy 33%
• Joint Pathology 33%
• Reconstruction Surgery 33%

Engineering

• Single Plane 100%
• Similarity 50%
• Joints (Structural Components) 50%
• Fiducials 50%
• Crosscorrelation 50%
• Enhanced Image 50%
• Motion Data 50%

Medicine and Dentistry

• Fluoroscopy 100%
• Conservative Treatment 33%
• Tibia 16%
• Non Invasive Procedure 16%
• Fiducial Marker 16%
• Reconstructive Surgery 16%
• Arthroplasty 16%
• 3D Imaging 16%