DÉTERMINATION DE MOUVEMENT OCULAIRE AU MOYEN D'UNE IMAGERIE DE LA RÉTINE AVEC RÉTROACTION D'UN MOUVEMENT DE L'OEIL PAR IMAGERIE DE LA RÉTINE ET FOURNIR DES INFORMATIONS EN RETOUR POUR L'ACQUISITION DE SIGNAUX VENANT DE LA RÉTINE
The human eye is constantly in motion. For many imaging applications in the eye, eye motion on the time scale of the image acquisition distorts the images. For imaging applications where the signal is very low, image distortion is so severe that imaging is impossible. According to an exemplary embodiment of the present disclosure, systems, methods and computer-accessible medium can be provided to determine eye motion in real time, and provide real time correction of the eye motion for secondary imaging methods to provide stable images and permit long integration times of single images to increase the signal to noise.
