Using Stereoscopic 3D Technologies for the Diagnosis and Treatment of Amblyopia in Children

TL;DR

This paper presents a stereoscopic 3D system utilizing active shutter technology to improve diagnosis and treatment of amblyopia in children, offering an engaging, at-home alternative to traditional patching methods.

Contribution

It introduces a novel stereoscopic 3D-based system for amblyopia diagnosis and therapy, leveraging interactive entertainment to enhance compliance and effectiveness.

Findings

Potential for easy at-home diagnosis

Interactive games improve patient engagement

Partial replacement for traditional patching

Abstract

The 3D4Amb project aims at developing a system based on the stereoscopic 3D techonlogy, like the NVIDIA 3D Vision, for the diagnosis and treatment of amblyopia in young children. It exploits the active shutter technology to provide binocular vision, i.e. to show different images to the amblyotic (or lazy) and the normal eye. It would allow easy diagnosis of amblyopia and its treatment by means of interactive games or other entertainment activities. It should not suffer from the compliance problems of the classical treatment, it is suitable to domestic use, and it could at least partially substitute occlusion or patching of the normal eye.