Automatic classification of Human Epithelial type 2 cell Indirect Immunofluorescence images using Cell Pyramid Matching.
Arnold WiliemConrad SandersonYongkang WongPeter HobsonRodney F. MinchinBrian C. LovellPublished in: Pattern Recognit. (2014)
Keyphrases
- automatic classification
- microscopic images
- image dataset
- microscope images
- input image
- microscopy images
- cell segmentation
- image matching
- ground truth
- image database
- fluorescence microscopy images
- image features
- feature points
- image data
- image analysis
- cancer cells
- feature matching
- three dimensional
- matching process
- image set
- extracted from images
- keypoints
- blood cells
- test images
- automatic detection
- cell nucleus
- human subjects
- image retrieval
- computer vision
- image collections
- image classification
- multiresolution
- geometric transformations
- image processing
- object recognition
- cell nuclei
- web page classification
- image registration
- matching scheme
- matching algorithm
- sift descriptors
- scale space
- white blood cells
- normalized correlation
- phase contrast microscopy
- automatically classify
- laplacian pyramid
- coarse to fine
- segmentation method
- visual features
- edge detection
- knn