| abstract |
The present disclosure relates to the field of medical technology. Specifically disclosed are an auxiliary diagnostic apparatus and method for glaucoma, and a storage medium. The apparatus comprises: an acquisition unit, used for acquiring a fundus color image of a patient to be subjected to diagnosis (101); and a processing unit, used for performing feature extraction on the fundus color image, so as to obtain a first feature map (102), wherein the processing unit is further used for performing image segmentation on the fundus color image according to the first feature map, so as to obtain an optic disk image in the fundus color image, wherein the optic disk image is an image corresponding to an optic disk area in the fundus color image (103); and the processing unit is further used for performing, according to the first feature map, feature extraction on the optic disk image and the fundus color image, so as to obtain the probability that said patient suffers from glaucoma (104). The present invention is beneficial to improving the diagnosis accuracy of glaucoma. |