Automated glaucoma detection using retinal layers segmentation and optic cup-to-disc ratio in optical coherence tomography images - Ramzan, Aneeqa; Usman Akram, Muhammad; Shaukat, Arslan; Gul Khawaja, Sajid; Ullah Yasin, Ubaid; Haider Butt, Wasi (IET image processing, 2019)
Keywords: automated glaucoma detection; average RPE break points; biomedical optical imaging; colour channels; cup‐to‐disc region; different quality images; disc calculation; diseases; excessive intraocular pressure; eye; eye disease; glaucoma presence; horizontal/flat cup diameter; ILM layer; ILM regions; image segmentation; medical disorders; medical image processing; optic cup‐to‐disc ratio; optic disc region; optical coherence tomography images; optical coherence tomography scans; optical tomography; quality assessment step; Research Article; retinal layers segmentation; retinal level; RPE breakpoints; RPE segmentation; segment; succession; thresholding method; vision defects; average RPE break points; optical tomography; quality assessment step; thresholding method; retinal level; image segmentation; ILM regions; optical coherence tomography images; segment; colour channels; glaucoma presence; automated glaucoma detection; retinal layers segmentation; medical image processing; RPE breakpoints; optic disc region; succession; vision defects; diseases; ILM layer; horizontal/flat cup diameter; excessive intraocular pressure; eye; medical disorders; optic cup-to-disc ratio; cup-to-disc region; optical coherence tomography scans; RPE segmentation; disc calculation; eye disease; different quality images; biomedical optical imaging