Three-dimensional reconstruction of coronary stents in vivo based on motion compensated x-ray angiography.
Dirk SchäferBabak MovassaghiMichael GrassGert SchoonenbergRaoul FlorentOnno WinkAndrew J. P. KleinJames Y. ChenJoel A. GarciaJohn C. MessengerJohn D. CarrollPublished in: Medical Imaging: Image-Guided Procedures (2007)
Keyphrases
- motion compensated
- imaging modalities
- intravascular ultrasound
- coronary artery
- optical coherence tomography
- motion compensation
- cross sectional
- video coding
- motion estimation
- medical images
- post mortem
- prediction error
- video compression
- low contrast
- medical imaging
- medical image analysis
- motion field
- image guided
- clinical applications
- medical data
- radio frequency
- motion compensated prediction
- motion estimation and compensation
- compressed video sequences
- clinical trials
- coronary artery disease
- interpolation filter
- intraoperative
- video coder
- video codec
- anatomical structures
- x ray
- image sequence coding
- blood vessels
- respiratory motion
- motion model
- image coding
- motion vectors
- computational complexity
- image sequences