REVAMMAD

REMPE: Registration of Retinal Images through Eye Modelling and Pose Estimation

*Objective*: In-vivo assessment of small vessels can promote accurate diagnosis and monitoring of diseases related to vasculopathy, such as hypertension and diabetes. The eye provides a unique, open, and accessible window for directly imaging small …

Retinal image preprocessing, enhancement, and registration

Preprocessing and enhancement is a prerequisite for a wide range of retinal image analysis methods. The goals of such tasks are to improve images and facilitate their subsequent analysis. Registration of retinal images enables the generation of …

An experimental evaluation of the accuracy of keypoints-based retinal image registration

**For the final version of the method, please see [this publication](/publication/2020-jbhi/).** This work regards an investigation of the accuracy of a state-of-the-art, keypoint-based retinal image registration approach, as to the type of keypoint …

FIRE: Fundus Image Registration dataset

Purpose: Retinal image registration is a useful tool for medical professionals. However, performance evaluation of registration methods has not been consistently assessed in the literature. To address that, a dataset comprised of retinal image pairs …

Retinal Image Registration through 3D Eye Modelling and Pose Estimation

The in vivo assessment of small vessels can promote accurate diagnosis and progression monitoring of diseases related to vasculopathy, such as hypertension anddiabetes. Given that the human eye retina contains small vessels that can be directly …

Retinal image registration under the assumption of a spherical eye

**For the final version of the method, please see [this publication](/publication/2020-jbhi/).** We propose a method for registering a pair of retinal images. The proposed approach employs point correspondences and assumes that the human eye has a …

Retinal image registration through simultaneous camera pose and eye shape estimation

**For the final version of the method, please see [this publication](/publication/2020-jbhi/).** In this paper, a retinal image registration method is proposed. The approach utilizes keypoint correspondences and assumes that the human eye has a …

In vivo analysis of the time and spatial activation pattern of microglia in the retina following laser-induced choroidal neovascularization

Microglia play a major role in retinal neovascularization and degeneration and are thus potential targets for therapeutic intervention. *In vivo* assessment of microglia behavior in disease models can provide important information to understand …

Retinal image registration based on keypoint correspondences, spherical eye modeling and camera pose estimation

**For the final version of the method, please see [this publication](/publication/2020-jbhi/).** In this work, an image registration method for two retinal images is proposed. The proposed method utilizes keypoint correspondences and assumes a …

Image Processing Allows Reliable In Vivo Detection and Quantification of Retinal Microglia Following Laser-Induced Choroidal Neovascularization

Purpose: Macrophage and microglia cells have proved to have an important role in pathological neovascularization conditions such as...