Inner Cell Mass and Trophectoderm Segmentation in Human Blastocyst Images using Deep Neural Network.
Md Yousuf HarunThomas HuangAaron T. OhtaPublished in: CoRR (2020)
Keyphrases
- microscopic images
- neural network
- segmentation method
- segmentation algorithm
- cell segmentation
- fluorescence microscopy images
- microscope images
- image analysis
- segmentation errors
- microscopy images
- edge detection
- test images
- cell nuclei
- image data
- input image
- piece wise
- segmented images
- accurate segmentation
- adaptive thresholding
- image regions
- image database
- cell nucleus
- image slices
- ground truth
- grey level
- image segmentation algorithms
- unsupervised segmentation
- fully automatic
- image retrieval
- three dimensional
- automatically segmented
- white blood
- segmentation accuracy
- pixel level
- human subjects
- low depth of field
- outdoor scenes
- pixel wise
- image features
- artificial neural networks
- tubular structures
- image segmentation
- digital mammography
- perceptual information
- multiscale
- confocal images
- region growing
- image segments
- medical imaging
- image registration
- neural network is trained
- markov random field
- segmentation result
- phase contrast
- positron emission tomography
- gray value
- brain tumors