Robust semi-automatic vessel tracing in the human retinal image by an instance segmentation neural network
Version 1Vasculature morphology and hierarchy are essential for blood perfusion. Human retinal 20 circulation is an intricate vascular system emerging and remerging at the optic nerve head 21 (ONH). Tracing retinal vascular branching from ONH can allow detailed morphological 22 quantification, and yet remains a challenging task. We presented a robust semi-automatic 23 vessel tracing algorithm on human fundus images by an instance segmentation neural 24 network (InSegNN). InSegNN separates and labels i
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Vasculature morphology and hierarchy are essential for blood perfusion. Human retinal 20 circulation is an intricate vascular system emerging and remerging at the optic nerve head 21 (ONH). Tracing retinal vascular branching from ONH can allow detailed morphological 22 quantification, and yet remains a challenging task. We presented a robust semi-automatic 23 vessel tracing algorithm on human fundus images by an instance segmentation neural 24 network (InSegNN). InSegNN separates and labels i