Purpose: In an observational clinical outcome study, we tested the effectiveness and use of
the combination of two innovative approaches to magnification: a virtual bioptic telescope …

PURPOSE: To examine whether objective performance of near tasks is improved with
various electronic vision enhancement systems (EVES) compared with the subject's own …

Aim The decision-making process around the (non-) use of assistive technologies is
multifactorial. The goal of the present study was to identify which factors predict or correlate …

Purpose To describe the various types of head-mounted display technology, their optical
and human-factors considerations, and their potential for use in low-vision rehabilitation and …

Purpose To determine the incremental cost‐effectiveness of portable electronic vision
enhancement system (p‐EVES) devices compared with optical low vision aids (LVA s), for …

PURPOSE A recent Cochrane systematic review revealed that there are no published visual
function outcomes for telerehabilitation with handheld magnification devices for low vision; …

Background Patients with low vision typically have reduced visual acuity and a significant
loss of contrast sensitivity, often in combination with visual field loss. These impairments …

Purpose Both optical and electronic magnification are available to patients with low vision.
Electronic video magnifiers are more expensive than optical magnifiers, but they offer …

Purpose To compare the performance of near vision activities using additional portable
electronic vision enhancement systems (p‐EVES), to using optical magnifiers alone, by …

The purpose of this work is to describe a versatile optoelectronic aid for low vision
rehabilitation based on reconfigurable hardware. This aid is easily adaptable to diverse …