Non-rigid contour-to-pixel registration of photographic and quantitative light-induced fluorescence imaging of decalcified teeth.
Benjamin BerkelsThomas Martin DesernoEva E. EhrlichUlrike B. FritzEkaterina SirazitdinovaRosalia TatanoPublished in: Medical Imaging: Image Processing (2016)
Keyphrases
- liquid crystal
- image analysis
- acquired images
- surface registration
- clinical applications
- image registration
- deformable shapes
- confocal microscopy
- fluorescence microscopy
- ccd camera
- digital imaging
- medical imaging
- image guided interventions
- image sensor
- accurate registration
- light intensity
- optical properties
- rigid and non rigid
- edge map
- ct scans
- focal plane
- registration process
- deformation model
- photon counting
- rigid registration
- image processing
- active contours
- active contour model
- clinical workflow
- image segmentation
- input image
- imaging systems
- control points
- rigid transformation
- phase contrast images
- computer vision
- affine transformation
- rigid motion
- intensity variations
- dynamic range
- thin plate spline
- high resolution
- medical images
- black and white
- registration accuracy
- ct imaging
- nonrigid registration
- feature points
- shape model
- medical image analysis
- object matching
- motion estimation
- deformation field
- three dimensional
- light field
- relative position