Free-Breathing Three-Dimensional T1 Mapping of the Heart Using Subspace-Based Data Acquisition and Image Reconstruction.
Paul K. HanDebra E. HorngThibault MarinYoann PetibonJinsong OuyangGeorges El FakhriChao MaPublished in: EMBC (2019)
Keyphrases
- image reconstruction
- data acquisition
- three dimensional
- computed tomography
- monitoring system
- data collection
- cardiac imaging
- respiratory motion
- low cost
- compressed sensing
- high speed
- super resolution
- data processing
- emission computed tomography
- real time
- data analysis
- radon transform
- image reconstruction algorithms
- supervisory control
- low dimensional
- high dimensional
- feature space
- reconstruction method
- emission tomography
- x ray
- computer vision
- sparsely sampled
- limited angle
- beating heart
- image sequences
- random projections
- left ventricle
- dimensionality reduction
- positron emission tomography
- video sequences
- ct data
- high dimensional data