UHR-DeepFMT: Ultra-High Spatial Resolution Reconstruction of Fluorescence Molecular Tomography Based on 3-D Fusion Dual-Sampling Deep Neural Network.
Peng ZhangGuangda FanTongtong XingFan SongGuanglei ZhangPublished in: IEEE Trans. Medical Imaging (2021)
Keyphrases
- high spatial resolution
- image reconstruction
- spatial and temporal resolution
- spatial resolution
- neural network
- high resolution
- sparsely sampled
- tomographic reconstruction
- remote sensing
- limited angle
- image fusion
- discrete tomography
- multispectral
- image analysis
- video camera
- super resolution
- multispectral images
- data fusion
- three dimensional
- remote sensing images
- fused image
- satellite images
- low spatial resolution
- random sampling
- low resolution
- multi sensor
- change detection
- pattern recognition
- fusion method
- information fusion
- image processing
- multiscale
- hyperspectral imagery
- field of view
- super resolved
- depth map