Non-rigid multi-frame registration of cell nuclei in live cell fluorescence microscopy image data.
Marco TektonidisIl-Han KimYi-Chun ChenRoland EilsDavid L. SpectorKarl RohrPublished in: Medical Image Anal. (2015)
Keyphrases
- multi frame
- cell nuclei
- fluorescence microscopy
- image sequences
- image data
- motion estimation
- nonrigid registration
- mr images
- rigid motion
- fluorescence microscopy images
- automated analysis
- histopathological images
- microscope images
- image registration
- feature points
- point correspondences
- automated detection
- low contrast
- quantitative analysis
- arabidopsis thaliana
- cell nucleus
- motion analysis
- optical flow
- optic flow
- microscopy images
- deformation field
- super resolution
- image quality
- magnetic resonance
- motion field
- motion model
- cancer diagnosis
- video sequences
- computer vision
- image analysis
- clinical applications
- motion vectors
- computationally efficient
- displacement field
- visual inspection
- motion compensation
- three dimensional
- moving objects
- quantitative evaluation
- medical images
- watershed transform
- image processing
- high quality
- computational complexity
- multiresolution
- b spline
- multi channel