1450 fundus images with 899 glaucoma data and 551 normal data.

Citation Author(s):
wheyming
song
Submitted by:
Wheyming Tina Song
Last updated:
Tue, 05/17/2022 - 22:18
DOI:
10.21227/4bcp-2z21
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Abstract 

This set contains 1450 fundus images with 899 glaucoma data and 551 normal data.

All text about patient information and the date that the associated images were collected are replaced by 0, which is black.

Instructions: 

This set contains 1450 fundus images with 899 glaucoma data and 551 normal data.

All text about patient information and the date that the associated images were collected are replaced by 0, which is black.

Comments

Ph.D student of computer science

Submitted by Mohammed Salem Ali on Mon, 06/08/2020 - 15:08

Mathematics student at University of Indonesia who really need this dataset for my final project

Submitted by Ardanareswari C... on Mon, 08/16/2021 - 09:36

I was very much excited in beginning when I came with this dataset, but somehow this disappoints me that many images are directly redundant (taking repeatedly from the same eye of the same patient) i.e., G-740.png, G-741 is a redundant pair of images, and so if G-742 and G-743.

Also, some redundancy comes from the color transformation of some images, i.e., G-2 is just a Greenish version of G-1.png. Such color transformations are not commonly observed in Fundus images.

Also, someone working in the domain could have obtained augmented images with transformations like shifts and rotations. So I would highly suggest authors remove all such redundancies from the dataset and report actual original images from different eyes of different patients in the heading of the dataset. Also, it would be of great help if you can at least quote original source of this dataset, so that people working can be sure ahead in time, that the original images are not from some publicly available dataset

 

   

Submitted by ACHINT CHAUDHARY on Tue, 06/09/2020 - 10:35

I believe the green images are red-free images taken by placing a filter in front of the camera. This type of filter is used to highlight RNFL defects, which is a finding in eyes with glaucoma. Thus they are unique images and not generated for the purpose of data augmentation.

Submitted by Renaud Duval on Tue, 09/01/2020 - 11:07

I am not able to download the dataset

Submitted by sri kallepalli on Thu, 07/23/2020 - 01:36

Hi, thanks for the dataset. Is there an official paper that goes with this dataset for citation purposes?

Submitted by Michael Mayo on Tue, 03/23/2021 - 17:44

Research assitant of CUHK

Submitted by Lili Zhang on Mon, 06/28/2021 - 22:12

i need this dataset for my project. how do I ? . to get the dataset

Submitted by teeradate phathun on Wed, 10/20/2021 - 05:10

how do i get this dataset?

Submitted by Zhou Ji on Sun, 12/26/2021 - 09:58

how do i get this dataset?

Submitted by Wael Ahmed on Fri, 10/28/2022 - 16:55