Rotation equivariant and invariant neural networks for microscopy image analysis.
Benjamin ChidesterTianming ZhouMinh N. DoJian MaPublished in: Bioinform. (2019)
Keyphrases
- image analysis
- neural network
- image transformations
- rotation invariant
- rotation invariance
- pattern recognition
- texture analysis
- invariant features
- texture classification
- affine transform
- preserving transformations
- geometric transformations
- artificial neural networks
- similarity transformations
- image registration
- rotation and scale invariant
- mathematical morphology
- remote sensing
- fourier domain
- affine transformation
- image enhancement
- back propagation
- translation and scale invariant
- genetic algorithm
- neural network model
- multilayer perceptron
- feature vectors
- image segmentation
- computer vision
- object pose
- recurrent neural networks
- texture images
- affine invariant
- self organizing maps
- fuzzy logic
- image processing
- zernike moments
- moment invariants
- visual inspection
- feed forward
- medical imaging
- feature detection
- vector valued
- neural nets
- scale space
- affine distortion
- phase contrast microscopy