Stenosis Detection From Time-of-Flight Magnetic Resonance Angiography via Deep Learning 3D Squeeze and Excitation Residual Networks.
Hunjin ChungKoung Mi KangMohammed A. Al-MasniChul-Ho SohnYoonho NamKanghyun RyuDong-Hyun KimPublished in: IEEE Access (2020)
Keyphrases
- time of flight
- deep learning
- magnetic resonance angiography
- contrast enhanced
- depth map
- infrared
- depth information
- object detection
- high accuracy
- carotid artery
- blood vessels
- vessel segmentation
- depth images
- machine learning
- spatial resolution
- magnetic resonance
- high resolution
- computed tomography
- mr images
- range data
- stereo vision
- medical images
- region growing
- real scenes
- color images
- object recognition
- image processing