Retinal image mosaicking using scale-invariant feature transformation feature descriptors and Voronoi diagram
Purpose: Peripheral retinal lesions substantially increase the risk of diabetic retinopathy and
retinopathy of prematurity. The peripheral changes can be visualized in wide field imaging,
which is obtained by combining multiple images with an overlapping field of view using
mosaicking methods. However, a robust and accurate registration of mosaicking techniques
for normal angle fundus cameras is still a challenge due to the random selection of matching
points and execution time. We propose a method of retinal image mosaicking based on …
retinopathy of prematurity. The peripheral changes can be visualized in wide field imaging,
which is obtained by combining multiple images with an overlapping field of view using
mosaicking methods. However, a robust and accurate registration of mosaicking techniques
for normal angle fundus cameras is still a challenge due to the random selection of matching
points and execution time. We propose a method of retinal image mosaicking based on …
Retinal image mosaicking using scale-invariant feature transformation feature descriptors and Voronoi diagram (Erratum)
The erratum corrects an error in the originally published article. This article [J. Med. Imag. 7
(4), 044001 (2020) doi: 10.1117/1. JMI. 7.4. 044001] was originally published online on 15
July 2020 with an error in the surname of the 5 th author. Previously, the surname was listed
as Fard; the correct surname is Aghsaei Fard.
(4), 044001 (2020) doi: 10.1117/1. JMI. 7.4. 044001] was originally published online on 15
July 2020 with an error in the surname of the 5 th author. Previously, the surname was listed
as Fard; the correct surname is Aghsaei Fard.