PURPOSE The aim of this study was to conduct a comparative clinical trial evaluating the
effectiveness of two magnification strategies in a head-mounted virtual reality display …

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: Magnification is used in low vision rehabilitation to compensate for reduced visual
acuity. Using digital image processing, we tested the effectiveness and utility of two …

Purpose: We are conducting a clinical trial to compare the effectiveness of a virtual bioptic
telescope in an HMD low vision enhancement system with a wide field of view to currently …

Low-vision rehabilitation represents the primary intervention for individuals with chronic,
disabling visual impairment. Novel head-mounted displays using virtual reality have become …

Purpose: An evidence basis is lacking but needed to compare reading ability outcomes after
magnification device training remotely via telerehabilitation versus in office. Methods: A …

Purpose: A head mounted display (HMD) device implementing an on-demand magnification
concept for mobile use by people with central vision loss was proposed. A pilot experiment …

Purpose: With evolving technology and accessibility being applied to the field of low vision,
patients are finding it easier to maintain independence and accomplish functional goals …

We investigated the effects of using a virtual reality smartphone-based head-mounted
display (VR SHMD) device for 2 h on visual parameters. Fifty-eight healthy volunteers were …

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 …