Dual-Branch Squeeze-Fusion-Excitation Module for Cross-Modality Registration of Cardiac SPECT and CT.
Xiongchao ChenBo ZhouHuidong XieXueqi GuoJiazhen ZhangAlbert J. SinusasJohn A. OnofreyChi LiuPublished in: MICCAI (6) (2022)
Keyphrases
- image registration
- respiratory motion
- multi modality
- medical images
- single photon emission computed tomography
- mri brain
- ct and mr images
- clinical applications
- patient specific
- deformable registration
- magnetic resonance imaging
- spect images
- medical imaging
- cardiac imaging
- magnetic resonance images
- computerized tomography
- partial volume effects
- image fusion
- intra operatively
- computer tomography
- computed tomography
- motion artifacts
- computer aided diagnosis
- lumbar spine
- accurate registration
- fusion process
- post operative
- blood pool
- magnetic resonance
- mr images
- target registration error
- left atrium
- intraoperative
- imaging modalities
- cardiac mri
- brain images
- three dimensional
- brain mri
- radiation therapy
- ct images
- cone beam
- inter subject
- image reconstruction
- x ray
- nonrigid registration
- cardiac cycle
- registration accuracy
- image volumes
- image guided
- positron emission tomography
- inter patient
- beating heart
- contrast enhanced
- ct scans
- statistical shape model
- mri data
- coronary artery disease
- left ventricle
- data fusion
- ct data
- mri images
- image slices
- anatomical structures
- registration process
- cardiac motion
- brain imaging
- computer aided