Design of see-through near-eye display for presbyopia

Abstract

We propose a compact design of see-through near-eye display that is dedicated to presbyopia. Our solution is characterized by a plano-convex waveguide, which is essentially an integration of a corrective lens and two volume holograms. Its design rules are set forth in detail, followed by the results and discussion regarding the diffraction efficiency, field of view, modulation transfer function, distortion, and simulated imaging.

P‐92: A Lensless Retinal Scanning Display for Augmented Reality

“…Say W=H= 38.4 mm and d er = 12 mm, FOV is 122° (diagonal). (7) where N h and N v are the number of pixels along the horizontal and vertical directions, respectively. For FOV= 122°, N h = 640, and N v = 640, angular resolution 8.09′.…”

“…Retinal projection displays refer to a type of near-eye displays (NEDs), in which the image is directly projected to the retina. Compared to combiner-based [1][2][3][4] and waveguide-based [5][6][7][8] NEDs, this type of NEDs have an edge on achieving ultra-large field of view (FOV). However, there are also a number of issues holding them back from the applications.…”

30‐4: Semantic Simultaneous Localization and Mapping for Augmented Reality

“…By supporting both navigation and object detection, our semantic SLAM could offer some new possibilities that might be difficult with the conventional SLAMs. For example, when equipped with a near-eye display [8][9][10], semantic SLAM would allow a user to see not just a three-dimensional map, but the labeling of objects that are recognizable.…”

An Overview of Assistive Devices for Blind and Visually Impaired People

“…Wu et al [108] designed a compact see-through neareye display system that could be used for the persons who are hyperopic. Unlike most assistive devices, this system does not use any digital processing technologies.…”