Selective Motion Artefact Reduction via Radiomics and k-space Reconstruction for Improving Perivascular Space Quantification in Brain Magnetic Resonance Imaging.
José BernalWilliam XuMaria del C. Valdés HernándezJavier EscuderoAngela C. C. JochemsUna ClancyFergus N. DoubalMichael S. StringerMichael J. ThrippletonRhian M. TouyzJoanna M. WardlawPublished in: MIUA (2021)
Keyphrases
- magnetic resonance imaging
- single photon emission computed tomography
- space time
- medical images
- mri data
- positron emission tomography
- cardiac imaging
- high temporal resolution
- partial volume effects
- long axis
- beating heart
- magnetic resonance images
- diffusion tensor images
- mri images
- medical imaging
- phase unwrapping
- computer tomography
- brain tissue
- image sequences
- brain imaging
- human brain
- heart motion
- motion analysis
- white matter
- scan data
- optical flow
- brain images
- medical image analysis
- three dimensional
- computed tomography
- motion field
- ct images
- image reconstruction
- video sequences